Preliminary program ı

12th European ı

Conference ı

On Applied ı

Superconductivity ı

INTRODUCTION

It is my great pleasure to introduce the preliminary program of the 12th edition of EUCAS. The conference is organized on behalf of the European Society of Applied Superconductivity (ESAS).

We come closer together another prestigious society: IEEE-CSC with whom we experience an excellent cooperation. A large number of papers will be so published in a special issue of IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY.

The international program committee has put together an extensive program, consisting of more than 1000 papers from over 50 countries, and organized in parallel technical sessions and poster presentations from over 50 countries. In addition, we are facilitating three special sessions. We have lined up a number of prestigious plenary speakers who will address the state of the art of most international projects.

I would like to acknowledge the members of the program committee for their contributions to the abstract reviewing process and the program organization. I would like to thank one again our industrial sponsors and institutional partners. Of course this conference could not be organized without the hard work of the local Grenoble committee, a large thank to them.

We look forward to an exciting conference, with high‐quality scientific exchanges and many opportunities to build your network, to reinforce or initiate collaborations, foster discussions and take back home fond memories of the city of Lyon.

Yours sincerely.

Grenoble, July 2015.

Pascal Tixador

Conference Chair of EUCAS 2015

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Table of contents

Plenaries – presentations 3

Plenaries – schedule 7

General information 9

Oral sessions 10

Special session 12

Oral sessions – Monday 17

Oral sessions – Tuesday 26

Oral sessions – Wednesday 41

Poster sessions – Monday 54

Poster sessions – Tuesday 85

Poster sessions – Wednesday 118

Author Index 153

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SCIENTIFIC PROGRAM

Plenary sessions

Dr. Bernard Bigot Director-General of ITER Organization

"Superconductivity and Fusion: an enabling technology for the success of ITER" ITER is an essential step on the road to the demonstration of the scientific and technological feasibility of thermonuclear fusion as a sustainable source of energy for Humankind. The ITER Tokamak is designed to achieve stable plasma discharges ranging from 500 s with a fusion power of 500 MW to steady state burns of 400MW, with an energy amplification factor (Q) of 10. It is a test bed for critical fusion reactor technologies, such as plasma facing components and high power plasma heating sources, and should demonstrate the safety and low environmental impact of fusion power. ITER is an unprecedented political and management challenge between 7 partners (China, Europe, India, Japan, Russia, South Korea and the United States) representing more than half the world population, who provide 90% of the components as in-kind contributions. At the heart of the reactor will be one of the most sophisticated superconducting magnet systems ever built, contributed by six of the ITER partners and representing about 20% of the ITER cost. The system offers many design and manufacturing challenges, including: the total weight of advanced Nb3Sn superconducting strands required (nearly 700 tons), which has called up for an unprecedented world-wide ramp up of industrial production capability from a state of a few tones/year, the coil sizes (over 300t for individual coils), which raise huge manufacturing and handling issues, the impressive stored energy (51 GJ), which requires special quench detection and protection techniques and very high voltage advanced insulation technology at 30kV, the assembly of components with dimensions up to 25m with tolerances of a few millimeters and finally a successful commissioning following the enforcement of rigorous and uniform QA/QC to nuclear safety standards and procedures for all suppliers from the 6 partners involved, supported by careful performance qualification of subcomponents. Manufacturing of this system is now well advanced, with for example about 500t of Nb3Sn strand completed, and cabled into conductors ready for winding. Series production of some of the coils is already underway and all the most critical performance tests of subcomponents have been successfully passed, giving full confidence that the system will achieve its overall performance and reliability goals.

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Dr. Teruo Izumi Deputy Director General Concurrent Division Director, International Superconductivity Technology Center (ISTEC), Kanagawa, Japan

REBCO coated conductors in Japan - status and future" Since the discovery of HTS, lots of efforts for realizing long REBCO coated conductors (CCs) with high performances have been made in the world. In Japan, large national projects have pushed the development, and extremely high performances have been achieved. In this presentation, the history, current status and future prospects of R&D for CCs in Japan are reviewed.

Prof. Denis Le Bihan Member of the Institut de France (Academy of Sciences) and of the Academy of Technologies Visiting Professor, Kyoto University Graduate School of Medicine Head of NeuroSpin, CEA, Saclay, France.

"Perspectives for Ultra-High Field Magnetic Resonance Imaging" The understanding of how the human brain works has considerable potential, not only for health care (addressing the expenses of managing neurological and psychiatric patients or simply aging populations), but also for improving human cognition in general (through improved teaching methods, communication between individuals, development of human-machine interfaces, etc...). At NeuroSpin our aim is to explore the brain at spatial and temporal scales which may give access to the neural code, by pushing the current limits of brain imaging, from mouse to man, as far as possible with ultra-high magnetic field (UHF) Magnetic Resonance Imaging and Spectroscopy. NeuroSpin is being equipped with unique MRI systems operating at very high magnetic field strengths not yet available elsewhere in the world, as well as related tools and an advanced computer platform. Our "world first" equipment include a 17.2T 250mm horizontal magnet (installed in 2010) and a 900mm 11.7T whole-body system (to be delivered in 2015). NeuroSpin is thus in good position to address either methodological developments or neuroscience and clinical applications of MRI. Results are expected to impact not only health care, but also industry, artificial intelligence, social sciences and the humanities.

Prof. Jérôme Lesueur Phasme team, Physics and Materials Laboratory (LPEM) ESPCI-CNRS-UPMC, Paris, France.

"High Tc superconducting electronic devices" High Tc superconducting devices based on Josephson Junctions offer new opportunities for cryo-electronics, with possible high speed and high temperature operation. Significant improvements have been made in the recent years to develop reliable and scalable technologies to produce Josephson Junctions based circuits. I will review the most recent achievements in the field, with an emphasis on the emerging ion irradiation technology, and its applications to high frequency applications.

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Dr. Rainer B. Meinke Chief Scientist Advanced Magnet Lab, Inc., Palm Bay, Florida, USA

"Magnetic Radiation Shielding for Space Exploration" Radiation level in space due to solar particle events and galactic cosmic rays constitutes a major hurdle for human exploration of the solar system. Envisioned missions to near asteroids or to Mars will last for many months and the maximum allowed radiation exposure dose for astronauts could only be guaranteed with substantial radiation shielding surrounding the habitat of a spaceship. An overview of potential radiation shielding technologies will be presented with an emphasis on magnetic shielding based on ultralight expandable magnets surrounding the spaceship habitat.

Prof. Teresa Puig Institut de Ciència de Materials de Barcelona, CSIC Bellaterra, Spain

"Nanocomposite Coated Conductors: towards optimal vortex pinning for high field applications" Upon the revolution of HTS Coated Conductors (CC), Nanocompo-sites emerged as a smart conception to leap forward CC cost/performance to materials device integration levels. Physical and chemical growth methods undertook their remarkable developments with outstanding success. Now, Europe is immersed in a large cooperation program in Nanocomposite Coated Conductors. I will review its state of the start in context with the world-wide effort, with special emphasis in materials synthesis, vortex pinning and integration to high field applications.

Prof. Marina Putti University of Genova and CNR-SPIN, Genova, Italy

"MgB2 and the Iron-based superconductors" In the last few years new superconducting materials with intriguing properties suitable for wire developments have come on stage: MgB2 and the Iron-based superconductors. The different nature of their superconductivity, as well as the different chemistry of these materials, have implications for their range of applicability. The lecture will give an overview of the superconducting properties and of the achievements in wire production and applications.

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Prof. Alexey Ustinov Physikalisches Institut Karlsruhe Institute of Technology (KIT), Karlsruhe, Germany

"Superconducting metamaterials" Metamaterials are artificial engineered media that enable tailored interactions with electromagnetic waves. The design flexibility of superconducting thin-film resonators and Josephson circuits allows for utilizing small structures down to the nanoscale while maintaining low loss properties, very strong and well-controlled nonlinearity, and frequency tunability in the microwave and mm-wave frequency ranges. An interesting spin-off here is going to be quantum metamaterials comprised of arrays of superconducting qubits.

Prof. Pingxiang Zhang President of Northwest Institute for Nonferrous Metal Research Xian, Shaanxi, China

"Status of superconducting materials and applications in China" In this presentation, the recent progress of R&D in China on Low Tc Supercondutcors (including NbTi, Nb3Sn and Nb3Al) and High Tc Superconductors (including YBCO, BSCCO, MgB2 and iron pnictides) and the status of their applications in power grid, accelerators, medical equipment and propulsion have been reviewed.

Prof. Jonas Zmuidzinas George W. Downs Laboratory of Physics California Institute of Technology, Pasadena, USA

"Kinetic Inductance Detectors for Astrophysics" In the two-fluid model introduced by Heinz London in 1934, the current in a superconductor includes contributions from both superconducting and normal electrons, corresponding to the familiar Cooper pairs and quasiparticles of the BCS theory. The pairs are lossless but have inertia, while the normal electrons are dissipative. Thus, in a circuit, the pairs contribute an inductance - the kinetic inductance - while the normal electrons contribute resistance. Absorption of energy - e.g. photons - capable of breaking the pairs into individual quasiparticles results in changes to both the inductance and resistance. These changes may be measured with high sensitivity through use of a resonant circuit, which also introduces the possibility of frequency multiplexing. Over the past fifteen years, these simple ideas have been exploited to develop a variety of detector arrays for diverse applications in astrophysics across the spectrum, from millimeter to optical wavelengths. I will describe the basic physics, the development of the field, the current status, spin-offs, and provide examples of instruments currently being developed and deployed as well as some future applications.

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Monday September 7, 2015 Plenary 1 - 9:45-10:30 Location: Auditorium Lumière Chair: Prof. H. Freyhardt, Universitaet Goettingen & ZFW GmbH Goettingen, Germany Dr. Bernard Bigot (Director-General of ITER Organization) “Superconductivity and Fusion: an enabling technology for the success of ITER” Plenary 2 - 11:00-11:45 Location: Auditorium Lumière Chair: Prof. Xavier Obradors, ICMAB Barcelona Prof. Jérôme Lesueur (Physics and Materials Laboratory - ESPCI-CNRS-UPMC, France) “High Tc superconducting electronic devices” Plenary 3 - 11:45-12:30 Location: Auditorium Lumière Chair: Prof. Xavier Obradors, ICMAB Barcelona Dr. Teruo Izumi (International Superconductivity Technology Center (ISTEC), Japan) “REBCO coated conductors in Japan - status and future” Tuesday September 8, 2015 Plenary 4 - 8:30-09:15 Location: Auditorium Lumière Chair: Dr. Elie K. Track, CEO, nVizix LLC, past President, IEEE-CSC Prof. Pingxiang Zhang (President of Northwest Institute for Nonferrous Metal Research Xian, China) “Status of superconducting materials and applications in China“ Plenary 5 - 9 :15-10:00 Location: Auditorium Lumière Chair: Dr. Elie K. Track, CEO, nVizix LLC, past President, IEEE-CSC Prof. Alexey Ustinov (Physikalisches Institut, Karlsruhe Institute of Technology, Germany) “Superconducting metamaterials”

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Wednesday September 9, 2015 Plenary 6 - 8:30-09:15 Location: Auditorium Lumière Chair: Prof. Judit Driscoll, University of Cambridge Dr. Rainer B. Meinke (Chief Scientist - Advanced Magnet Lab. Inc., USA) “Magnetic Radiation Shielding for Space Exploration“ Plenary 7 - 9:15-10:00 Location: Auditorium Lumière Chair: Prof. Judit Driscoll, University of Cambridge Prof. Teresa Puig (Institut de Ciència de Materials de Barcelona, CSIC, Spain) “Nanocomposite Coated Conductors: towards optimal vortex pinning for high field applications“ Thursday September 10, 2015 Plenary 8 - 8:30-09:15 Location: Auditorium Lumière Chair : Dr. Hiroyuki Ohsaki, The University of Tokyo Prof. Jonas Zmuidzinas (George W. Downs Laboratory of Physics, California Institute of Technology, USA) “Kinetic Inductance Detectors for Astrophysics“ Plenary 9 - 9:15-10:00 Location: Auditorium Lumière Chair : Dr. Hiroyuki Ohsaki, The University of Tokyo Pr. Denis Le Bihan (Member of the Institut de France and of the Academy of Technologies, head of NeuroSpin, CEA, Saclay, France) “Perspectives for Ultra-High Field Magnetic Resonance Imaging” Plenary 10 - 10:30-11:15 Location: Auditorium Lumière Chair : Prof. David Cardwell, University of Cambridge Prof. Marina Putti (University of Genova and CNR-SPIN, Italy) “MgB2 and the Iron-based superconductors”

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GENERAL PROGRAM

Notes about the acronyms used to identify the sessions. The session codes are in the form 1A-LS-O1 for orals and 1A-LS-P-01 for posters. The first character refers to the day:

1 => Monday 2 => Tuesday 3 => Wednesday 4 => Thursday

The second character refers to the time of day: M: Morning A: Afternoon

The next one or two refers to the topic: E: Electronics LS: Large Scale M: Materials WT: Wires and Tapes

The one following refers to the type of communication: O: oral P: Poster

The last refer to the session number Posters: All the poster sessions take place in the Exhibition and Poster hall.

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ORAL SESSIONS Monday September 7, 2015 1A-E-O1 Detectors I Rhône 2 1A-E-O2 Superconducting Supercomputing

(Special session) Auditorium Pasteur

1A-LS-O1 Medical applications and NMR Rhône 3+4 1A-LS-O2 Power transmission cables and

storage Auditorium Lumière

1A-M-O1 YBCO Thin films Saint Clair 3 1A-M-O2 MgB2 Rhône 1 1A-WT-O1 Industrial developments Salon Pasteur Tuesday September 8, 2015 2M-E-O1 Digital circuits and systems Rhône 2 2M-E-O2 SQUIDs & SQIFs: design and

fabrication of sensors Salon Pasteur

2M-LS-O1 Superconducting machines Rhône 3+4 2M-LS-O2 HTS magnets for high fields and

accelerators Auditorium Lumière

2M-M-O1 YBCO Bulk Rhône 1 2M-M-O2 Pnictides Saint Clair 3 2M-WT-O1 Characterization Auditorium Pasteur

2A-E-O1 Junctions, circuit design and fabrication

Salon Pasteur

2A-E-O2 Quantum engineering & Detectors II Rhône 2 2A-LS-O1 Industries and utilities

(Special session) Auditorium Pasteur

2A-LS-O2 Numerical modelling Rhône 1 2A-M-O1 Vortex flux pinning I Saint Clair 3 2A-M-O2 Material properties Rhône 3+4 2A-WT-O1 MgB2 and Bi2212 Auditorium Lumière

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Wednesday September 9, 2015 3M-E-O1 Microwave and THz devices Rhône 2 3M-E-O2 Detectors III Salon Pasteur 3M-LS-O1 Selected large systems and

common issues Rhône 3+4

3M-LS-O2 Fault current limiters Auditorium Lumière 3M-M-O1 Vortex flux pinning II Saint Clair 3 3M-M-O2 LTS, BSCCO and others Rhône 1 3M-WT-O1 Conductor developments Auditorium Pasteur

3A-E-O1 SQUID SQIFS: systems and applications

Rhône 2

3A-E-O2 Detectors IV Salon Pasteur 2 3A-LS-O1 Modelling for applications

(Special session) Auditorium Pasteur

3A-LS-O2 Superconducting machines and transformers

Rhône 1

3A-LS-O3 Large magnets for high energy physics and fusion

Rhône 3+4

3A-M-O1 Transport properties Saint Clair 3 3A-WT-O1 Coated conductors Auditorium Lumière

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SPECIAL SESSIONS

Monday September 7, 2015 1A-E-O2 Sep 7 - Afternoon (4:30-6:30 PM) Electronics - Superconducting Supercomputing Location: Auditorium Pasteur Chairpeople: Pascal Febvre (Université Savoie Mont Blanc) and Hannes Toepfer (Technical University Ilmenau)

Driven by Internet traffic, cloud computing, smartphones usage and intensive data crunching applications, the growth of the number of supercomputers is nothing new. Energy consumption by large-scale computing systems is now a non-negligible financial burden. Cooling the cloud is on the business agenda and becomes an ecological issue. Industry of data centers faces the need of energy efficiency to reduce running costs: these account from 10 to 15% of the total cost of building and running a data center for 15 years1. In 2010, the worldwide energy drawn by routers and servers was between 1.1 and 1.5% (1.7 and 2.2% in the United States) of the worldwide energy production. In 2011 it was estimated to be 31 GW of electric power2.

As stated by the IARPA synopsis of the C3 (standing for Complex Cryogenic Computing) solicitation3, today’s high performance compu-ters and the projected exascale computers are based on the same complementary metal-oxide-semiconductor (CMOS) technologies that have supported decades of continuous increase in computer performance. The improvement of performance has slowed down as the characteristic size of devices approaches atomic dimensions. Furthermore, the problem with projected energy demands based on CMOS technology continues without any solution in sight. Hence the decision in the United States to launch a ten years scale Cryogenic Computing Research & Development program to demonstrate a small-scale computer based on superconducting logic with cryogenic memory, that is energy-efficient, scalable, and able to solve crucial and complex problems.

1  Rhonda Ascierto & Andy Lawrence, Will energy prices power US datacenter growth or short-circuit energy efficiency? 451Research’s Market Insight Service- DCT Data Center Technology (2013).  2  D.Scott Holmes, Andrew L.Ripple, Marc A.Manheimer, Energy-Efficient Superconducting Computing-Power Budgets and Requirements, IEEE Transactions on Applied Superconductivity 23, 171610 (2013). DOI : 11-1009/TASC.2013.2244634  3  Solicitation Number: IARPA-BAA-13-05  

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While, in the past, significant technical obstacles prevented serious exploration of superconducting computing, recent innovations have created foundations for a major breakthrough. These include new families of superconducting logic without static power dissipation and new ideas for energy efficient cryogenic memory. A superconducting computer also promises a simplified cooling infrastructure and a greatly reduced footprint.

The special session on supercomputing has been set to present the current international status of superconducting computing. It will feature three talks presenting technologies, achieved results and expectations in Japan, United States and Europe. One talk will focus on the status of cryogenics suitable for the SC computers. Cryogenics is now a well mastered technology invisible for the user. At last one talk will focus on the current work about quantum computing that is currently seen as the next step towards advanced computing at a longer time scale.

A round table will follow the special session to address the requirements for a European initiative and, more generally, to discuss the needs and the actions to take in order to construct a solid technological basis for supercomputers of the future and advanced applications with similar requirements, like processing units for arrays of detectors for astronomy and security applications, for quantum circuits and for telecommunications and metrology applications. Cryogenic Computer Complexity (C3) program for a new generation of superconducting supercomputers MANHEIMER Marc IARPA, USA Japanese efforts on superconducting supercomputers FUJIMAKI Akira

Nagoya University, Japan State of the art of superconducting digital electronics and applications in Europe ORTLEPP Thomas Technishe Universität ILMENAU, Germany Cryogenics for superconducting supercomputers RAVEX Alain Absolut System, France Superconducting processors of quantum information: state of the art, challenges and new routes ESTEVE Daniel CEA-Saclay, France

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Tuesday September 8, 2015

2A-LS-O1 Sep 8 - Afternoon (4:30-6:30 PM) Large Scale - Industries and utilities Location: Auditorium Pasteur Chairpeople: Christian-Eric Bruzek (Nexans) & Nouredine Hadjsaid (Grenoble-INP / G2Elab) The panel will address some feedback experiences on supercon-ducting field installations and applications worldwide. The various applications that will be presented concern in particular cables, Fault Current Limiters and machinery. The focus is to present both the views of the vendors on state of art technologies and the utilities on field experience. The session is organized around six presentations by the invited speakers from the industry and utilities followed by a round table discussion and exchange with the audience on the best way to promote the benefits of superconducting solutions, AC vs DC, industry-utilities-academia interaction, regulation, futures perspectives, etc. Introduction Dr. L. Martini (RSE) Ampacity project (1km, 10kV, 40MVA HTS cablé with FCL) Dr. F. Merchel (RWE) Yokohama project (240m, 66kV, 200MVA HTS cable) Dr. T. Masuda (Sumitomo) Motors for Aircraft Dr. F. Berg (Airbus) Italian Fault current limiters C. Ravetta (A2A) Round table Moderators: Dr. Christian Eric Bruzek (Nexans), Prof. Nouredine Hadjsaid (Grenoble-INP / G2Elab)

Wednesday September 9, 2015 3A-LS-O1 Sep 9 - Afternoon (2:00-6:30 PM) Large Scale - Modelling for applications Location: Auditorium Pasteur Chairpeople: Frédéric Sirois (Polytechnique Montréal), Marco Breschi (University of Bologna) and Arnaud Badel (CNRS-Univ. Grenoble Alpes) The design of superconducting applications is challenging due to their unique non-linear strongly coupled electrical/mechanical/thermal properties. Substantial efforts have been dedicated to the modelling of large-scale applications from very local to macroscopic analysis, using both analytical and numerical approaches. The major part of the

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developments has been conducted by various the application communities, historically for LTS devices and more recently for HTS applications, but the numerical modelling community also played a role and is likely to play an increasing role in the future, as models become more and more specialized. The aim of this session is to create an opportunity for all these communities to exchange their experiences, from general know-how to state of the art developments. This special session will be initiated by keynotes speakers presenting the state-of-the art 2:00-4:00 PM Keynote session Numerical modelling of (LTC) superconducting accelerator magnets Dr. Stephan RUSSENSCHUCK, Cern, Switzerland Numerical modelling for HTS applications Dr. Francesco GRILLI, Karlsruhe Institute of Technology (KIT), Germany Numerical methods for electromagnetics problems Prof. Christophe GEUZAINE, University of Liège, Belgium Round table With the keynote speakers, Luca Bottura (CERN), Alan Wolsky (retired from Argonne National Laboratory) representing the application design community, and Takanobu Kiss (Kyushu University) representing the materials characterization community. 4:00-6:30 Invited poster session Modeling techniques for the analysis of LTS magnet systems BOTTURA Luca, Cern, Switzerland Complex field technique as analytical modelling of superconducting tape wires and conductors MAWATARI Yasunori, National Institute of Advanced Industrial Science and Technology, Japan Hysteresis Losses Analysis in 2G HTS cables ZUBKO Vasily1, VYSOTSKY Vitaly1, FETISOV Sergey1 1Russian Scientific R&D Cable Institute (JSC “VNIIKP”), Russia, 1 Modelling and comparison of in-field critical current density anisotropy in high temperature superconducting (HTS) coated conductors HU Di1, AINSLIE Mark1, RAINE Mark2, HAMPSHIRE Damian2, ZOU Jin1 1University of Cambridge, United Kingdom, 2University of Durham, United Kingdom Transverse, axial and torsional strain tests on REBCO tapes as a basis for CORC modeling ILIN K.1, YAGOTINTSEV K.a.1, ZHOU C.2, WESSEL W.a.j.1, KOSSE J.1, OTTEN S.1, HAUGAN T.j.3, VAN DER LAAN D.c.4, NIJHUIS A.1 1University of Twente, Netherlands, 2ITER Organization, France, 3US Air Force Research Laboratory, United States, 4Advanced Conductor

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Technologies & University of Colorado, United States Molecular Dynamics Method for Vortex Dynamics: Heat Generation and Quasi-particle recombination KATO Masaru1, SATO Osamu1 1Osaka Prefecture University, Japan Coupled mechanical and electrical analyses of Nb3sn strand critical current measurements under bending CIAZYNSKI Daniel1, TORRE Alexandre1, LENOIR Gilles2 1CEA, France, 2Ecole Centrale Paris, France Finite element modelling of quench dynamics in 2G HTS CCs with CFD architecture LACROIX Christian1, SIROIS Frederic1 1Polytechnique Montreal, Canada Publicly available codes for estimating the Ic and AC losses of superconducting devices using a stationary model approach RODRIGUEZ ZERMENO Victor Manuel1, QUAIYUM Salman1, GRILLI Francesco1 1Karlsruhe Institute of Technology (KIT), Germany 3D Modeling and measurement of coupling AC loss in soldered tapes and striated coated conductors KAPOLKA Milan1, PARDO Enric1, KOVAC Jan1, SOUC Jan1, GRILLI Francesco2, NAST Rainer2 1Slovak Academy of Sciences, Slovakia, 2Karlsruhe Institute of Technology (KIT), Germany Design of magnetic cloak for experiments in AC regime SOLOVYOV Mykola1, ŠOUC Ján1, GÖMÖRY Fedor1, MIKULÁšOVÁ Edita1, UšÁKOVÁ Marianna1, UšÁK Elemír1, KOVÁC Ján1 1Institute of Electrical Engineering, SAS, Slovakia Development of a CFD model for a novel HTS CICC for nuclear fusion applications ZANINO Roberto1, BRUZZONE Pierluigi2, CELENTANO Giuseppe3, DELLA CORTE Antonio3, MUZZI Luigi3, SAVOLDI Laura1 1politecnico di torino, Italy, 2psi, Switzerland, 3ENEA, Italy 3-D Numerical modeling of AC losses in a 36 filaments MgB2 wire ESCAMEZ Guillaume1, SIROIS Frédéric2, LAHTINEN Valtteri3, STENVALL Antti3, BADEL Arnaud4, TIXADOR Pascal4, RAMDANE Brahim4, MEUNIER Gerard4, BRUZEK Christian-Eric6, PERRIN-BIT Remy7 1Nexans – Univ. Grenoble Alpes, 2Polytechnique Montreal, Canada, 3Tampere University of Technology, Finland, 4Univ. Grenoble Alpes/CNRS, France, 6Nexans, France, 7Cedrat S.A., France Analytical modelling of superconductors in electrical engineering applications BERGER Kévin1, LINARES Rafael1, LUBIN Thierry1, HINAJE Melika1, LÉVÊQUE Jean1

1GREEN – Université de Lorraine

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ORAL SESSIONS

Monday September 7, 2015 1A-E-O1 Sep 7 - Afternoon (4:30-6:30 PM) Electronics - Detectors I Location: Rhône 2 Chairpeople: Sergio PAGANO, Alexei SEMENOV 4:30 - 5:00 INV-Next generation superconducting nanowire single photon detectors for infrared imaging and sensing HADFIELD Robert1, HEATH Robert1, GEMMELL Nathan1, CASABURI Alessandro1 1University of Glasgow, United Kingdom 5:00 - 5:15 The hot spot length scale in NbN nanowire superconducting single photon detectors by detector tomography GAUDIO Rosalinda1, RENEMA Jelmer2, WANG Qiang2, OP 'T HOOG Koen1, ZHOU Zili1, SAHIN Dondu1, DE DOOD Michiel2, VAN EXTER Martin2, FIORE Andrea1 1COBRA Research Institute, Netherlands, 2Huygens-Kamerlingh Onnes Laboratory, Leiden University, Netherlands 5:15 - 5:30 The magnetic field response of nanowire superconducting single-photon detectors RENEMA Jelmer1, RENGELINK Robert1, KOMEN Irina1, WANG Qiang1, GAUDIO Rosalinda2, OP 'T HOOG Koen2, ZHOU Zili2, SAHIN Dondu2, FIORE Andrea2, KES Peter1, AARTS Jan1, VAN EXTER Martin1, DE DOOD Michiel1, DRIESSEN Eduard3 1Huygens-Kamerlingh Onnes Laboratory, Netherlands, 2COBRA Research Institute, Netherlands, 3Univ. Grenoble Alpes, France 5:30 - 5:45 A large area of 300 micrometer for photons receiving in superconducting nanowire single photon detector ZHANG Labao1, GU Min1, XU Ruiying1, ZHANG Sen1, TAO Xu1, KANG Lin1, CHEN Jian1, WU Peiheng1 1Nanjing University, China 5:45 - 6:00 Comparison of hot spot formation in NbC and NbN single photon detectors KORNEEV Alexander1, KORNEEVA Yuliya2, SIDOROVA Mariya2, SEMENOV Alexander2, GOLTSMAN Gregory2 1Moscow Institute of Physics and Technology, Russia, 2Moscow State Pedagogical University, Russia 6:00 - 6:15 Measuring the Timing Jitter of WSi SNSPDs with Integrated nTron Readout DANE Andrew1, ZHAO Qingyuan1, MCCAUGHAN Adam1, MARSILI Francesco2, BEYER Andrew2, SHAW Matthew2, BERGGREN Karl1 1Massachusetts Institute of Technology, United States, 2Jet Propulsion Laboratory, United States

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6:15 - 6:30 Operation of SNSPDs embedded in lumped-element resonant circuits DOERNER Steffen1, WUENSCH Stefan1, KUZMIN Artem1, ILIN Konstantin1, SIEGEL Michael1 1Karlsruhe Institute of Technology (KIT), Germany

1A-LS-O1 Sep 7 - Afternoon (4:30-7:00 PM) Large Scale - Medical applications and NMR Location: Rhône 3+4 Chairpeople: Herman TEN KATE, Ulf TROCIEWITZ 4:30 - 5:00 INV-AmpaCity Project – Update on World’s First Superconducting Cable and Fault Current Limiter Installation in a German City Center STEMMLE Mark1, MERSCHEL Frank2, NOE Mathias3 1Nexans Deutschland GmbH, Germany, 2RWE Deutschland AG, Germany, 3Karlsruhe Institute of Technology (KIT), Germany 5:00 - 5:30 INV-Lessons Learned From the 1998-2004 US Pirelli-Detroit Edison Cable Demonstration GRANT Paul1 1W2AGZ Technologies, United States 5:30 - 5:45 Development of the First Brazilian Project on Superconducting Power Cable MARCELO Neves1, ROSARIO Marco2, PINHO Edson1, LOPES Artur1, CASTELO-BRANCO Luiz1, BRITO Alice1, MAIA Fabio1, QUEIROZ Abraão1, ANTUNES Janeffer1, TORRES Alesson1, MATIAS Felipe1, COSTA Luis1, REIS Thais1, MOLDENHAUER Vanessa1, BERREDO Alessandro3, MENDONÇA Gliender3, BARONY Marcio3, NASCIMENTO Carlos-Alberto4, PEREIRA Maureen4, TEIXEIRA Paulo4, HOJO Toshiaki5, CARVALHO JR Eden5, GUIMARAES Maurissone6, ALVES Wanderson6, NASCIMENTO Carlos-Alexandre6 1LMDS-UFRRJ, Brazil, 2NeoKinetika, Brazil, 3TAESA, Brazil, 4CTEEP, Brazil, 5TBE, Brazil, 6CEMIG, Brazil 5:45 - 6:00 High-Temperature Superconducting Cable Demonstration Project OHYA Masayoshi1, WATANABE Michihiko1, MASUDA Takato1, NAKANO Tetsutaro2, MARUYAMA Osamu2, MIMURA Tomoo2, HONJO Shoichi2, NAKAMURA Naoko3, YAGUCHI Hiroharu3, MACHIDA Akito3 1Sumitomo Electric Industries, Ltd., Japan, 2Tokyo Electric Power Company, Japan, 3Mayekawa MFG. Co, Ltd., Japan 6:00 - 6:15 The BEST PATHS project on MgB2 superconducting cables for very high power transmission BALLARINO Amalia1, BRUZEK Christian-Eric2, CHERVYAKOV Alexander3, DITTMAR Nico4, GIANNELLI Sebastiano1, GOLDACKER Wilfried5, GRASSO Giovanni6, GRILLI Francesco5, HABERSTROH Christoph4, HOLÉ Stéphane7, LESUR Frédéric8, MARIAN Adela3, MARTÍNEZ-VAL José9, MARTINI Luciano10, RUBBIA Carlo3, SCHMIDT Frank11, THOMAS Heiko3, TROPEANO Matteo6 1CERN, Switzerland, 2Nexans France, France, 3IASS-Institute for

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Advanced Sustainability Studies, Germany, 4Dresden University of Technology (TU Dresden), Germany, 5Karlsruhe Institute of Technology (KIT), Germany, 6Columbus Superconductors S.p.A., Italy, 7Ecole Supérieure de Physique et de Chimie Industrielle de la Ville de Paris, France, 8Réseau de transport d'électricité (RTE), France, 9Universidad Politécnica de Madrid (UPM), Spain, 10RSE S.p.A, Italy, 11Nexans Deutschland GmbH, Germany 6:15 - 6:30 Design considerations for a 1MJ, high energy density SMES CICÉRON Jérémie1, BADEL Arnaud1, TIXADOR Pascal2, FOREST Frederick3 1CNRS, France, 2University Grenoble Alpes, France, 3Sigmaphi, France 6:30 - 6:45 Application of SMES Cooled by Liquid Hydrogen to Hybrid Storage System for Renewable Energy Sources HAMAJIMA Takataro1, KOMAGOME Toshihiro1, MIYAGI Daisuke2, TSUDA Makoto2, MAKIDA Yasuhiro3, SHINTOMI Takakazu3, YAGAI Tsuyoshi4, TAKAO Tomoaki4, TSUJIGAMI Hiroshi5, FUJIKAWA Shizuichi5, IWAKI Katsuya5, HANADA Kazuma6, HIRANO Naoki7 1Mayekawa MFG. CO., LTD., Japan, 2Tohoku University, Japan, 3High Energy Accelerator Research Organization, Japan, 4Sophia University, Japan, 5Iwatani Corp., Japan, 6Hachinohe Institutue of Technology, Japan, 7Chubu Electric Power Co., Inc., Japan 6:45 - 7:00 Highly efficient liquid hydrogen storage system by magnetic levitation using HTS coils MITO Toshiyuki1, KAWAGOE Akifumi2, OSAKO Tomoya2, HIRANO Naoki3, YANAGI Nagato1 1National Institute for Fusion Science, Japan, 2Kagoshima University, Japan, 3Chubu Electric Power Co., Inc., Japan

1A-LS-O2 Sep 7 - Afternoon (4:30-6:30 PM) Large Scale - Power transmission cables and storage Location: Auditorium Lumière Chairpeople: Philippe MASSON, Minwon PARK 4:30 - 5:00 INV-Successful upgrade of 920 MHz NMR magnet to 1020 MHz using Bi-2223 innermost coil NISHIJIMA Gen1, MATSUMOTO Shinji1, HASHI Kenjiro1, OHKI Shinobu1, GOTO Atsushi1, NOGUCHI Takashi1, IGUCHI Seiya2, YANAGISAWA Yoshinori3, TAKAHASHI Masato3, MAEDA Hideaki3, MIKI Takashi4, SAITO Kazuyoshi4, TANAKA Ryoji5, SHIMIZU Tadashi1 1National Institute for Materials Science, Japan, 2Sophia University, Japan, 3RIKEN, Japan, 4Kobe Steel, Ltd., Japan, 5JEOL RESONANCE Inc., Japan 5:00 - 5:30 INV-No-Insulation HTS Winding Technique for High-­‐Field NMR Magnets HAHN Seungyong1, IWASA Yukikazu2 1National High Magnetic Field Laboratory, United States, 2MIT, United States

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5:30 - 5:45 Iseult/INUMAC Whole Body 11.7 T MRI Magnet manufacturing status VEDRINE Pierre1, AUBERT Guy1, BELORGEY Jean1, BERRIAUD Christophe1, BOURQUARD Alex3, BREDY Philippe1, DONATI André1, DUBOIS Olivier1, GILGRASS Graham2, JUSTER François-Paul1, LANNOU Hervé1, MOLINIÉ Frédéric1, NUNIO François1, NUSBAUM Marc3, PAYN Alain1, QUETTIER Lionel1, SCHILD Thierry1, SCOLA Loris1, SINANNA Armand1 1CEA / IRFU, France, 2Siemens Healthcare, United Kingdom, 3ALSTOM Power Syst., France. 5:45 - 6:00 Conceptual design of a superconducting 90° dipole for future compact scanning gantries for proton therapy CALZOLAIO Ciro1, SANFILIPPO Stéphane1, CALVI Marco1, NEGRAZUS Marco1, GERBERSHAGEN Alexander1, SCHIPPERS Marco1, SEIDEL Mike1 1Paul Scherrer Institut PSI, Switzerland 6:00 - 6:15 High Field Wide Bore Superconducting Magnets for Research and Industry MELHEM Ziad1, BROWN Joe1, CLARKE Neil1, TWIN Andrew1, WARREN David1, WOTHERSPOON Richard1, VIZNICHENKO Roman1 1Oxford Instruments, United Kingdom 6:15 - 6:30 Design and Experimental Study of a Model Magnet for Spiral Sector FFAG Accelerators KOYANAGI Kei1, TAKAYAMA Shigeki1, TASAKI Kenji1, ISHII Yusuke1, KURUSU Tsutomu1, AMEMIYA Naoyuki2, OGITSU Toru3 1Toshiba Corporation, Japan, 2Kyoto University, Japan, 3High Energy Accelerator Research Organization, Japan 6:30 - 6:45 Improvement of a Large bore Cryogen-free Superconducting Magnet for a Hybrid Magnet TSURUDOME Takehisa1, MIKAMI Yukio1, HASHIMOTO Atsushi1, MITSUBORI Hitoshi1, OOKUBO Hiroshi1, SAKURABA Junji1, KATO Takanori1, WATAZAWA Keiichi1, WATANABE Kazuo2, AWAJI Satoshi2, OGURO Hidetoshi2, HANAI Satoshi3, IOKA Shigeru3 1Sumitomo Heavy Industries, Ltd., Japan, 2Institute for Materials Research, Tohoku University, Japan, 3Toshiba Corporation, Japan 6:45 - 7:00 Long length critical current measurement of MgB2 wire in a coil WOZNIAK Mariusz1, HALE Hannah1 1Siemens plc, MR Magnet Technology, United Kingdom

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1A-M-O1 Sep 7 - Afternoon (4:30-7:00 PM) Materials - YBCO Thin films Location: Saint Clair 3 Chairpeople: Maxime LEROUX, Sang Im YOO 4:30 - 5:00 INV-Post-processing the critical current of high temperature superconducting coated conductors using particle irradiations LEROUX Maxime1, KIHLSTROM Karen1, JIA Ying1, SADOVSKY Ivan1, KOSHELEV Alexei1, WELP Ulrich1, KWOK Wai-Kwong1, RUPICH Martin2, SATHYAMURTHY Srivatsan2, FLESHLER Stevens2, CIVALE Leonardo3, KAYANI Asghar4 1Argonne National Laboratory, United States, 2American Superconductor Corp, United States, 3Los Alamos National Laboratory, United States, 4Western Michigan University, United States 5:00 - 5:30 INV-Pinning improvement in GdBCO coated conductors prepared by the RCE-DR process YOO Sang-Im1, YANG Eun Kyung1, OH Won-Jae1, LEE Jae-Hun2, LEE Hunju2, MOON Seung-Hyun2 1Seoul National University, South Korea, 22SuNAM Co., Ltd, South Korea 5:30 - 5:45 Use of off-stoichiometric YBCO (+Ba2YNbO6) films to give strongly correlated pinning at high rate growth rates of 10 nm/s KURSUMOVIC Ahmed1, BIANCHETTI Marco1, WANG Haiyan2, HUANG Jijie2, JIAN Jie2, DRISCOLL Judith1 1University of Cambridge, United Kingdom, 2Texas A&M University, United States 5:45 - 6:00 Incorporation of preformed nanocrystals in YBCO coated conductors DE KEUKELEERE Katrien1, CAYADO Pablo2, MELEDIN Alexander3, DE ROO Jonathan1, POLLEFEYT Glenn1, RIJCKAERT Hannes1, VAN TENDELOO Staf3, PUIG Teresa2, OBRADORS Xavier2, VAN DRIESSCHE Isabel1 1Ghent University, SCRiPTS, Belgium, 2Institut de Ciencia de Materials de Barcelona, ICM, Spain, 3Antwerp University, EMAT, Belgium 6:00 - 6:15 Application of ion beam textured templates for thick YBCO films with artificial pinning centers PAHLKE Patrick1, SIEGER Max1, SUN Peng1, HÄNISCH Jens2, HOLZAPFEL Bernhard2, USOSKIN Alexander3, STRÖMER Jan3, LAO Mayraluna4, EISTERER Michael4, MELEDIN Alexander5, VAN TENDELOO Gustaaf5, BIANCHETTI Marco6, MACMANUS-DRISCOLL Judith6, SCHULTZ Ludwig1, HÜHNE Ruben1 1IFW Dresden, Germany, 2Karlsruhe Institute of Technology (KIT), Germany, 3Bruker HTS, Germany, 4Vienna University of Technology, Austria, 5University of Antwerp, Belgium, 6University of Cambridge, United Kingdom

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6:15 - 6:30 Thick superconducting YBCO films and coated conductors at high growth rate by inkjet printing deposition of low fluorine solutions POP Cornelia1, VILLAREJO Bohores1, RICART Susagna1, VALLES Feran1, PALAU Anna1, CAYADO Pablo1, MUNDET Bernat1, GAZQUEZ Jaume1, MELEDIN Alexander2, TENDELOO Gustaaf Van2, USOSKIN Alexander3, PUIG Teresa1, OBRADORS Xavier1 1Institut de Ciència de Materials de Barcelona, Spain, 2University of Antwerp, Belgium, 3Bruker HTS, Germany 6:30 - 6:45 Five micron crystal growth of c-axis oriented YBCO superconductor from oriented region toward non-oriented region by TFA-MOD. ARAKI Takeshi1, HAYASHI Mariko1, FUKE Hiroyuki1 1Toshiba Corporation, Japan 6:45 - 7:00 Growth and characterization of epitaxial YBCO films prepared from Fluorine-Free chemical solutions SOLER BRU Laia1, MUNDET Bernat1, POP Cornelia1, FARJAS Jordi2, ROURA Pere2, GÁZQUEZ Jaume1, PUIG Teresa1, RICART Susagna1, OBRADORS Xavier1 1Institut de Ciència de Materials de Barcelona, Spain, 2University of Girona, Spain

1A-M-O2 Sep 7 - Afternoon (4:30-7:00 PM) Materials - MgB2 Location: Rhône 1 Chairpeople: Kamakura HIROHAKI, Akiyasu YAMAMOTO 4:30 - 5:00 INV-Enhanced trapped field in MgB2 bulk magnets by tuning grain boundary pinning YAMAMOTO Akiyasu1, SUGINO Sho1, KISHIO Kohji1, ATSUSHI Ishihara2, AKASAKA Tomoyuki2, TOMITA Masaru2 1The University of Tokyo, JST-PRESTO, Japan, 2Railway Technical Research Institute, Japan 5:00 - 5:15 Synthesis of amorphous and nanostructured boron suitable for superconducting power application through various manufacturing technique BOVONE Gianmarco1, VIGNOLO Maurizio1, MATERA Davide1, BERNINI Cristina1, MALAGOLI Andrea1, SIRI Antonio2 1CNR-SPIN, Italy, 2Università degli Studi di Genova, Italy 5:15 - 5:30 Influence of impurity hydrogen and oxygen, Ti-addition on the consolidation and superconducting properties of MgB2. PRIKHNA Tatiana1, EISTERER Michael2, GOLDACKER Wilfried3, WEBER Harald W.2, GAWALEK Wolfgang4, SHAPOVALOV Andrey1, MOSHCHIL Viktor1, SVERDUN Vladimir1, KOZYREV Artem1, SOKOLOVSKIY Vladimir5, BELOGOLOVSKIY Mikhael6, SHATERNIK Anton1 1Institute for Superhard Materials of the NASU, Ukraine, 2Atominstitut, Vienna University of Technology, Austria, 3Karlsruhe Institute of Technology (KIT), Germany, 4Magnetworld AG, Germany, 5Ben-

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Gurion University of the Negev, Israel, 6G.V.Kurdyumov Institute for Metal Physics of the National Academy of Sciences of Ukraine, Ukraine 5:30 - 5:45 High-performance MgB2 superconductors: role of Mg-B-O nano-scaled inhomegeneties SHAPOVALOV Andrii1, PRIKHNA Tatiana1, BELOGOLOVSKII Mikhail2, SEIDEL Paul3 1Institute for Superhard Materials of the NASU, Ukraine, 2Institute for Metal Physics, NASU, Ukraine, 3Institut für Festkörperphysik, FSU Jena, Germany 5:45 - 6:00 Feasibility study for an MgB2 superconducting magnetic cloak GIUNCHI Giovanni1, BARZI Emanuela2 1Materials Science Consultant, Italy, 2FermiLab, United States 6:00 - 6:15 Influence of grain size of ex-situ MgB2 powder on the properties of MgB2 bulk samples HÄßLER Wolfgang1, SCHEITER Juliane1, KOKAL Imre2, ACAR Selcuk2, SOMER Mehmet3 1Leibniz Institute for Solid State and Materials Research, Germany, 2Pavezyum Chemicals, Turkey, 3Koc University, Turkey 6:15 - 6:30 Large critical currents in bulk MgB2 material with MgB4 addition MIRYALA Muralidhar1, JO Ishiwata1, DIKO Pavol2, KOBLISCHKA Michael R3, INOUE Kazuhiro1, MURAKAMI Masato1 1Shibaura Institute of Technology, Japan, 2Slovak Academy of Science, Slovakia, 3University des Saarlandes, Germany 6:30 - 6:45 Processing of homogeneous bulk MgB2 by an infiltration and growth process BHAGURKAR Ashutosh1, YAMAMOTO Akiyasu2, BABU N Hari1, DENNIS Anthony3, DURELL John3, CARDWELL David3 1Brunel University, United Kingdom, 2University of Tokyo, Japan, 3University of Cambridge, United Kingdom 6:45 - 7:00 High magnetic field generated by MgB2 bulk prepared by Spark Plasma Sintering BERGER Kévin1, KOBLISCHKA Michael2, DOUINE Bruno1, NOUDEM Jacques3, BERNSTEIN Pierre3, HAUET Thomas4, LÉVÊQUE Jean1 1GREEN - University of Lorraine, France, 2Dep. of Experimental Physics - Saarland University, Germany, 3CRISMAT, CNRS-ENSICAEN and LUSAC - Caen University, France, , 4IJL - University of Lorraine, France

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1A-WT-O1 Sep 7 - Afternoon (4:30-7:00 PM) Wires and Tapes - Industrial developments Location: Salon Pasteur Chairpeople: Teruo IZUMI, David LARBALESTIER 4:30 - 4:40 Recent Progress in High Performance REBCO Coated Conductors for High Field and AC Applications SELVAMANICKAM Venkat1, HEYDARI GHARACHESHMEH Meysam1, XU Aixia1, GALSTYAN Eduard1, ZHANG Yuan1, LI Xiao-Fen1, YAHIA Anis Ben1, CAI Xinwei1, KAR Soumen1, LUO Wenbo1, PRATAP Rudra1, SORIAGA Rosanna1, MAJKIC Goran1 1University of Houston, United States 4:40 - 4:50 Progress of 2G HTS Wire Development and Process Improvement at SuperPower NAKASAKI Ryusuke1, BROWNSEY Paul1, SUNDARAM Aarthi1, ZHANG Yifei1, HAZELTON Drew1, MCCLURE Ross1, SAKAMOTO Hisaki2, FUKUSHIMA Toru3 1SuperPower Inc., United States, 2SuperPower Inc. / Furukawa Electric Co., Ltd., United States / Japan, 3Furukawa Electric Co., Ltd., United States / Japan 4:50 - 5:00 Current status and prospects of R&D and production of coated conductors in SuperOx LEE Sergey1, PETRYKIN Valery1, HIRATA Naoyuki1, CHUNG Juhyun1, MANKEVICH Alexei2, MOLODYK Alexander2, SAMOILENKOV Sergey2 1SuperOx Japan LLC, Japan, 2SuperOx, Russia 5:00 - 5:10 2G HTS Coated Conductors 1 km Scale-Up at STI HUH Jeong-Uk1, CAO Jian1, QIU Xiaofeng1, CHASE Joseph1, PFEIFFER Ken1 1Superconductor Technologies Inc, United States 5:10 - 5:20 Improvement in manufacturing process of coated conductor at SuNAM LEE Hunju1, LEE Jae-Hun1, MOON Seung-Hyun1 1SuNAM Co., Ltd., South Korea 5:20 - 5:30 In-field performance of BMO doped REBCO films by the PLD process with a hot-wall heating system IGARASHI Mitsunori1, KAKIMOTO Kazuomi1, FUJITA Shinji1, HIRATA Wataru1, IIJIMA Yasuhiro1 1Fujikura Ltd., Japan 5:30 - 5:40 Long HTS coated conductors processed via large area PLD/ABAD deposition for high field applications USOSKIN Alexander1, BETZ Ulrich1, DIETRICH Reinhard1, SCHLENGA Klaus1 1Bruker HTS, Germany 5:40 - 5:50 High Strength DI-BSCCO wire “Type HT-NX” YAMAZAKI Kohei1, KAGIYAMA Tomohiro1, KIKUCHI Masashi1, NAKASHIMA Takayoshi1, TAKEDA Soichiro1, KOBAYASHI Shin-Ichi1, HAYASHI Kazuhiko1, SATO Ken-Ichi1 1Sumitomo Electric Industries, Ltd., Japan

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5:50 - 6:00 Improving Nb3Sn and Bi-2212 conductors for high field magnet applications HUANG Yibing1, FIELD Michael1, PARRELL Jeff1, MIAO Hanping1, DAMBORSKY Kyle1, HONG Seung1 1Oxford Superconducting Technology, United States 6:00 - 6:10 Development of MgB2 superconductor wire and coils for practical applications at Hyper Tech Research RINDFLEISCH Matt1, TOMSIC Michael1, DOLL David1, SUMPTION Michael2, COLLINGS Ted2 1Hyper Tech Research, United States, 2Ohio State University, United States 6:10 - 6:20 MgB2 ex-situ processed conductor at industrial level NARDELLI Davide1, BRISIGOTTI Silvia1, CUBEDA Valeria1, PIETRANERA Davide1, TROPEANO Matteo1, TUMINO Andrea1, VALESI Giovanni1, VALLE Riccardo1, GRASSO Giovanni1 1Columbus Superconductors, Italy

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Tuesday September 8, 2015 2M-E-O1 Sep 8 - Morning (10:30-12:30 PM) Electronics - Digital circuits and systems Location: Rhône 2 Chairpeople: Ali BOZBEY, Nobuyuki YOSHIKAWA 10:30 - 11:00 INV-Protection of superconductor films against flux trapping by moats SEMENOV Vasili1, KHAPAEV Mikhail2 1Stony Brook University, United States, 2Lomonosov Moscow State University, Russia 11:00 - 11:15 Modelling Superconductive Integrated Circuit Layouts for Inductance and Current Distribution Extraction with Tetrahedral Volume Elements FOURIE Coenrad1, JACKMAN Kyle1 1Stellenbosch University, South Africa 11:15 - 11:30 Automatic wire-routing of SFQ digital circuits considering wire-length matching KITO Nobutaka1, TAKAGI Kazuyoshi2, TAKAGI Naofumi2 1Chukyo University, Japan, 2Kyoto University, Japan 11:30 - 11:45 Improved Performance of One-Volt Josephson Arbitrary Waveform Synthesis FLOWERS-JACOBS Nathan1, WALTMAN Steven1, FOX Anna1, DRESSELHAUS Paul1, RÜFENACHT Alain1, UNDERWOOD Jason1, HOWE Logan2, SCHWALL Robert1, BURROUGHS Charles1, BENZ Samuel1 1National Institute of Standards and Technology, United States, 2University of California San Diego, United States 11:45 - 12:00 A Timing and Energy Extraction Approach for Logic Simulation of VLSI Adiabatic Quantum-Flux-Parametron Circuits AYALA Christopher1, TAKEUCHI Naoki1, XU Qiuyun1, NARAMA Tatsuya1, YAMANASHI Yuki1, ORTLEPP Thomas2, YOSHIKAWA Nobuyuki1 1Yokohama National University, Japan, 2CiS Research Institute for Microsensor Systems Gmbh, Germany 12:00 - 12:15 Johnson Noise Thermometry by Using Integrated Quantum Voltage Noise Source URANO Chiharu1, YAMADA Takahiro1, MAEZAWA Masaaki1, YOSHIDA Shunsuke2, OKAZAKI Yuma1, YAMAZAWA Kazuaki1, YAMAMORI Hirotake1, FUKUYAMA Yasuhiro1, KANEKO Nobu-Hisa1, MARUYAMA Michitaka1, DOMAE Atsushi1, TAMBA Jun1, KIRYU Shogo2 1National Institute of Advanced Industrial Science and Technology, Japan, 2Tokyo City University, Japan 12:15 - 12:30 Programmable single-flux-quantum circuits based on superconducting phase shift elements made of ferromagnetic patterns TANIGUCHI Soya1, ITO Hiroshi1, ISHIKAWA Kouta1, KUROKAWA

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Sota1, TSUNE Akihisa1, TANAKA Masamitsu1, AKAIKE Hiroyuki1, FUJIMAKI Akira1 1Nagoya University, Japan

2M-E-O2 Sep 8 - Morning (10:30-12:30 PM) Electronics - SQUIDs & SQIFs: design and fabrication of sensors Location: Salon Pasteur Chairpeople: Keiji EMPUKO, Anna LEESE 10:30 - 11:00 INV-Niobium nanoSQUIDs based on submicron Josephson tunnel junctions: performance as a function of the temperature GRANATA Carmine1, VETTOLIERE Antonio1, RUGGIERO Berardo1, MASSAROTTI Davide2, TAFURI Francesco3, DE LEO Natascia4, FRETTO Matteo4, VINCENZO Lacquaniti4 1National Research Council, Italy, 2University of Napoli "Federico II", Italy, 3Seconda Università di Napoli, Italy, 4National Institute of metrological research, Italy 11:00 - 11:15 HfTi-nanoSQUIDs for nanoscale magnetic detection BECHSTEIN Sylke1, KÖHN Claudia1, STORM Jan-Hendrik1, KIELER Oliver1, KOHLMANN Johannnes1, WEIMANN Thomas1, SCHURIG Thomas1 1Physikalisch-Technische Bundesanstalt, Germany 11:15 - 11:30 Serial arrays of high-Tc SQUIDs with graphoepitaxial step edge junctions FALEY Michael1, DUNIN-BORKOWSKI Rafal1 1Forschungszentrum Jülich, Germany 11:30 - 11:45 Nano-superconducting quantum interference devices made from Aluminium Niobium Tungsten trilayers HAZRA D.1, KIRTLEY J.2, HASSELBACH K.1 1Institut Néel CNRS, France, 2Center for Probing the Nanoscale, United States 11:45 - 12:00 Detection of wide band transmission of electromagnetic radiation with SQUID Arrays DE ANDRADE Marcio1, FAGALY Robert2, TAYLOR Benjamin1, BERGGREN Susan1, HIGA Brian1, DINH Son1, TALVACCHIO John3, NECHAY Bettina3, PRZYBYSZ John3, LEESE DE ESCOBAR Anna1 1SPAWAR Systems Center Pacific, United States, 2Leidos, United States, 3Northrop Grumman, United States 12:00 - 12:15 Characterization of YBCO Step-Edge Junction 2D Arrays MITCHELL Emma1, HANNAM Kirsty1, KEENAN Shane1, LAZAR Jeina1, LESLIE Keith1, LAM Simon1, DU Jia1, FOLEY Cathy1 1CSIRO, Australia

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2M-LS-O1 Sep 8 - Morning (10:30-12:30 PM) Large Scale - Superconducting machines Location: Rhône 3+4 Chairpeople: Nenad MIJATOVIC, Mathias NOE 10:30 - 11:00 INV-Design and testing of real scale MgB2 coils for SUPRAPOWER 10 MW wind generators SARMIENTO Gustavo1, SANZ Santiago1, PUJANA Ainhoa1, MERINO Jose1, MARINO Iker1, TROPEANO Matteo2, NARDELLI Davide2 1TECNALIA, Spain, 2Columbus Superconductors SPA, Italy 11:00 - 11:15 Testing of a sub-scale HTS coil for wind turbine generator LECLERC Julien1, MASSON Philippe1 1Unversity of Houston, United States 11:15 - 11:30 Optimization Study of Machine Parameters for 10 MW Salient-pole HTS Wind Turbine Generators XU Yuanyuan1, MAKI Naoki1, IZUMI Mitsuru1 1Tokyo University of Marine Science and Technology, Japan 11:30 - 11:45 Modularization of the HTS field coils for a large-scale superconducting generator GO Byeong-Soo1, SUNG Hae-Jin1, KIM Sung-Kyu1, PARK Minwon1, YU In-Keun1 1Changwon National University, South Korea 11:45 - 12:00 Stacks based superconducting motor: towards lightweight, efficient and simple propulsion systems GRANADOS Xavier1, JOSEP Lopez-Lopez2, MIQUEL Carrera3, ROGER Maynou2 1ICMAB-CSIC, Spain, 2UPC, Spain, 3University of Lleida, Spain 12:00 - 12:15 A new kind of superconducting motor ALHASAN Rada1, LUBIN Thierry1, BERGER Kevin1, DOUINE Bruno1, LÉVÊQUE Jean1 1Université de Lorraine, France 12:15 - 12:30 Experimental Evaluation of Guina’s 200 kW Homopolar Motor FUGER Rene1, SERCOMBE David1, KELLS John1, MATSEKH Arkadiy1, GUINA Ante1, LISSINGTON Tony1, LABES Kurt1, FABIAN Cesimiro1, CHU Grace1 1Guina Energy Technologies PTY LTD, Australia

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2M-LS-O2 Sep 8 - Morning (10:30-12:30 PM) Large Scale - HTS magnets for high fields and accelerators Location: Auditorium Lumière Chairpeople: Satoshi AWAJI, Pierre PUGNAT 10:30 - 11:00 INV-Design, construction and test of subscale coils with REBCO Roebel cable for the EuCARD-2 Future Magnets project ROSSI Lucio1, A. Badel2, M. Bajko1, M. Durante3, Ph. Fazilleau3, E. Härö4, J. Himbele2, G. Kirby1, C. Lorin3, J. van Nugteren1, G. de Rijk1, T. Salmi4, A. Stenvall4, P. Tixador2 1CERN, Switzerland, 2Univ. Grenoble Alpes, France,3Irfu – CEA, France, 4Tampere Institute of Technology, Finland 11:00 - 11:30 INV-Influence of Magnetization on Field Qualities of Accelerator Magnets Made with Coated Conductors AMEMIYA Naoyuki1, SOGABE Yusuke1, SANO Takuya1, NAKAMURA Taketsune1, KAKEYA Itsuhiro1, KOYANAGI Kei2, ISHII Yusuke2, OGITSU Toru3 1Kyoto University, Japan, 2Toshiba Corporation, Japan, 3High Energy Accelerator Research Organization, Japan 11:30 - 11:45 A High-field, High-homogeneity HTS Demonstration Magnet with Bi-2212 Round Wire TROCIEWITZ Ulf1, BOSQUE Ernesto1, HILTON David1, KIM Youngjae1, CHEN Peng1, DAVIS Daniel1, ENGLISH Charles1, MILLER Steven1, NOYES Patrick1, KAMETANI Fumitake1, JIANG Jianyi1, MATRAS Maxime1, HELLSTROM Eric1, LU Jun1, MCGUIRE David1, MILLER George1, HAHN Seungyong1, BIRD Mark1, BREY William1, LITVAK Ilya1, CROSS Timothy1, FRYDMAN Lucio1, LARBALESTIER David1 1NHMFL, Florida State University, United States 11:45 - 12:00 HTS dipole magnet for a particle accelerator using a twist stack cable HIMBELE John1, BADEL Arnaud1, TIXADOR Pascal1 1G2Elab, INPG, France 12:00 - 12:15 A (RE)BCO Pancake Winding with Metallic Insulation LECREVISSE Thibault1, IWASA Yukikazu2 1CEA Saclay /IRFU/SACM/LEAS, France, 2MIT / Francis Bitter Magnet Laboratory, United States 12:15 - 12:30 Measured and modelled AC magnetization loss of the REBCO Roebel baseline cable for the EUCARD2 accelerator insert magnet. BOTTURA Luca1, DHALLE Marc2, FALORIO Iole3, GAO Peng2, KIRBY Glyn1, VAN NUGTEREN Bas2, VAN NUGTEREN Jeroen1, JORGE Pelegrin3, WESSEL Sander2, YANG Yifeng3, EDUARD Young3 1CERN, Switzerland, 2University of Twente, Netherlands, 3University of Southampton, United Kingdom

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2M-M-O1 Sep 8 - Morning (10:30-12:30 PM) Materials - YBCO Bulk Location: Rhône 1 Chairpeople: John DURRELL, Jacques NOUDEM 10:30 - 11:00 INV-A 17.6 T Trapped Field in Ag doped Bulk GdBa2Cu3O7-delta DURRELL John1, DENNIS Tony1, JAROSZYNSKI Jan2, AINSLIE Mark1, PALMER Kysen1, SHI Yun-Hua1, HULL John3, STRASIK Mike3, CAMPBELL Archie1, HELLSTROM Eric2, CARDWELL David1 1University of Cambridge, United Kingdom, 2NHMFL, Florida State University, United States, 3The Boeing Company, United States 11:00 - 11:15 Fabrication and Characterisation of Nanocrystalline YBa2Cu3O7-x Superconductors WANG Guanmei1, RAINE Mark1, HAMPSHIRE Damian1 1Durham University Superconductivity Group, United Kingdom 11:15 - 11:30 High Magnetic Field Applications of Reinforced Bulk Superconductors PALMER Kysen1, NAMBURI Devendra1, DENNIS Anthony1, HUANG Danny1, SHI Yunhua1, HULL John2, STRASIK Michael2, CARDWELL David1, DURRELL John1 1University of Cambridge, United Kingdom, 2The Boeing Company, United States 11:30 - 11:45 High quality Single Domain SmBCO Bulks Prepared by TSIG Technique with a New Solid Phase in Air YANG Wanmin1 1Shaanxi Normal University, China 11:45 - 12:00 Generic positive effect of post-annealing in reducing atmosphere on critical current properties of RE-Ba-Cu-O materials SHIMOYAMA Jun-Ichi1, SETOYAMA Yui1, OHDA Yoshitaka1, TSUJITAKE Senri1, YAMAMOTO Akiyasu1, OGINO Hiraku1, KISHIO Kohji1 1The University of Tokyo, Japan 12:00 - 12:15 Development of high performance QMG bulk magnets for high magnetic field engineering applications NARIKI Shinya1, TESHIMA Hidekazu1, MORITA Mitsuru1 1Nippon Steel & Sumitomo Metal Corporation, Japan

12:15 - 12:30 Crossed field effect measured on a GdBCO pellet at various temperatures below 77 K FAGNARD Jean-Francois1, DEBOIS Simon1, MORITA Mitsuru2, NARIKI Shinya2, TESHIMA Hidekazu2, VANDERHEYDEN Benoit1, VANDERBEMDEN Philippe1 1SUPRATECS and Department of Electrical Engineering, Belgium, 2Nippon Steel & Sumitomo Metal Corporation, Japan

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2M-M-O2 Sep 8 - Morning (10:30-12:30 PM) Materials - Pnictides Location: Saint Clair 3 Chairpeople: Yoshihiko TAKANO, Jean - Louis SOUBEYROUX 10:30 - 11:00 INV-Origin of Tc=44K in Potassium intercalated FeSe TAKANO Yoshihiko1 1National Institute for Materials Science, Japan 11:00 - 11:15 Two qualitatively distinct quantum critical points in strained thin films of Ba(Fe1-xCox)2As2 IIDA Kazumasa1, GRINENKO Vadim2, KURTH Fritz2, ICHINOSE Ataru3, ICHIRO Tsukada3, AHRENS Eike4, TERESIAK Angelika2, HÜHNE Ruben2, ASWARTHAM Saicharan5, WURMEHL Sabine2, INGOLF Mönch2, ERBE Manuela6, HÄNISCH Jens6, HOLZAPFEL Bernhard6, EFREMOV Dmitri2, DRECHSLER Stefan-Ludwig2 1Nagoya University, Japan, 2IFW Dresden, Germany, 3Central Research Institute of Electric Power Industry, Japan, 4TU Dresden, Germany, 5University of Kentucky, United States, 6Karlsruhe Institute of Technology (KIT), Germany 11:15 - 11:30 Enhancement of the upper critical fields of BaFe2(As1-xPx)2 thin films with disorder GRINENKO Vadim1, KURTH Fritz1, HÜHNE Ruben1, TARANTINI Chiara2, JAROSZYNSKI Jan2, EFREMOV Dmitri1, DRECHSLER Stefan-Ludwig1, HÄNISCH Jens3, CHEKHONIN Paul4, IKUTA Hiroshi5, IIDA Kazumasa5 1IFW Dresden, Germany, 2National High Magnetic Field Laboratory, United States, 3Karlsruhe Institute of Technology (KIT), Germany, 4TU Dresden, Germany, 5Nagoya University, Japan 11:30 - 11:45 High transport Jc performance in Ba122 tapes with different sheath materials GAO Zhaoshun1, TOGANO Kazumasa1, MATSUMOTO Akiyoshi1, KUMAKURA Hiroaki1 1National Institute for Materials Science, Japan 11:45 - 12:00 Transport critical current in single crystals of the newly discovered (Ca,La)FeAs2 superconductors CAGLIERIS Federico1, SALA Alberto1, FUJIOKA Masaya2, MEINERO Martina1, LAMURA Gianrico1, PALLECCHI Ilaria1, EISAKI Hiroshi4, TAKANO Yoshihiko3, PUTTI Marina1 1University of Genova/CNR-SPIN, Italy,, 2NIMS, Japan, 3University of Genova, Italy,, 4AIST, Japan 12:00 - 12:15 Enhanced critical current densities in 122 iron-based tapes for high field applications MA Yanwei1, LIN He1, YAO Chao1, ZHANG Xianping1, ZHANG Qianjun1 1IEE, Chinese Academy of Sciences, China 12:15 - 12:30 Isotropic Jc properties of P-doped BaFe2As2 films on IBAD MgO tape substrates SATO Hikaru1, HIRAMATSU Hidenori1, KAMIYA Toshio1, HOSONO Hideo1 1Tokyo Institute of Technology, Japan

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2M-WT-O1 Sept 8 - Morning (10:30-12:30 PM) Wires and Tapes - Characterization Location: Auditorium Pasteur Chairpeople: Fedor GOMORY, Andrea MALAGOLI 10:30 - 10:45 Superconducting solders for the 21st century MOUSAVI Tayebeh1, AKSOY Canan1, GROVENOR Chris1, SPELLER Susie1 1Oxford University, United Kingdom 10:45 - 11:00 Nondestructive Characterization of Local Critical Current Distribution in MgB2 Wires with Magnetic Sheath Materials Based on In-Field Magnetic Microscopy HIGASHIKAWA Kohei1, TATARA Hiroshi1, INOUE Masayoshi1, YE Shujun2, MATSUMOTO Akiyoshi2, KUMAKURA Hiroaki2, TANAKA Hideki3, KISS Takanobu1 1Kyushu University, Japan, 2National Institute for Materials Science, Japan, 3Hitachi, Ltd., Japan 11:00 - 11:15 3D analysis of the porosity in MgB2 wires using FIB nanotomography HAGNER Matthias1, FRITZ Jakob1, ALKNES Patrick2, SCHEUERLEIN Christian2, ZIELKE Lukas3, VIERRATH Severin3, THIELE Simon3, BORDINI B.2, BALLARINO Amalia2 1University of Konstanz, Germany, 2European Organization for Nuclear Research (CERN), Switzerland, 3IMTEK - University of Freiburg, Germany 11:15 - 11:30 AC Losses of LTS and HTS Composite Conductors at Low temperatures between 3K and 80K YANG Yifeng1, YOUNG Edward1, PELEGRIN Jorge1, FALORIO Iole1, BOTTURA Luca2, BALLARINO Amalia2 1Institute of Cryogenics, Energy Technology, University of Southampton, United Kingdom, 2Technical Department, Cern, Switzerland 11:30 - 11:45 Characterization of CICC superconductor wires COMMISSO Maria1, MAIRE Eric1, BUFFIERE Jean-Yves1, CIAZYNSKI Daniel2 1University of Lyon - INSA de Lyon, France, 2Association Euratom-CEA, France

11:45 - 12:00 AC losses in REBCO stacked tape and CORC cables, influence of intertape resistances and twist pitch NIJHUIS Arend1, YAGOTINTSEV Konstantin1, HUANG Jianfeng1, GAO Peng1, DHALLE Marc1, HAUGAN Timothy2, VAN DER LAAN Danko3, WESCHE Rainer4, UGLIETTI Davide4, MUZZI Luigi5, DELLA CORTE Antonio5 1University of Twente, Netherlands, 2US Air Force Research Laboratory, United States, 3Advanced Conductor Technologies & University of Colorado, United States, 4CRPP, EPFL, Villigen, Switzerland, Switzerland, 5ENEA CR Frascati, Italy

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12:00 - 12:15 Flux flow characteristics of 2G HTS coated conductors measured with microsecond-range pulsed currents SIROIS Frederic1, LACROIX Christian1, COULOMBE Jonathan1, DUTOIT Bertrand2 1Polytechnique Montreal, Canada, 2Ecole Polytechnique Fédérale de Lausanne, Switzerland 12:15 - 12:30 Uniaxial Strain Dependence of Critical Current of Practical REBCO Wires OSAMURA Kozo1, MACHIYA Shutaro2, HAMPSHIRE Damian3 1Research Institute for Applied Sciences, Japan, 2Daido University, Japan, 3University of Durham, United Kingdom

2A-E-O1 Sep 8 - Afternoon (4:30-6:30 PM) Electronics - Junctions, circuit design and fabrication Location: Salon Pasteur Chairpeople: Jérome LESUEUR, Vasili SEMENOV 4:30 - 5:00 INV-Advanced Fabrication Processes for Superconducting Very Large Scale Integrated Circuits TOLPYGO Sergey1, BOLKHOVSKY Vladimir1, JOHNSON Leonard1, GOUKER Mark1 1MIT Lincoln Laboratory, United States 5:00 - 5:15 Development of AC Josephson voltage standards at PTB KOHLMANN Johannes1, KIELER Oliver1, SCHELLER Thomas1, WENDISCH Rüdiger1, EGELING Bert1, BEHR Ralf1 1PTB, Germany 5:15 - 5:30 Switchable nanoscale superconducting-magnetic Josephson junctions BAEK Burm1, RIPPARD William1, PUFALL Matthew1, RUSSEK Stephen1, SCHNEIDER Michael1, BENZ Samuel1, ROGALLA Horst1, DRESSELHAUS Paul1 1National Institute of Standards and Technology, United States 5:30 - 5:45 NbN-based Josephson junction with ferromagnetic barrier YAMASHITA Taro1, MAKISE Kazumasa1, TERAI Hirotaka1 1NICT, Japan 5:45 - 6:00 Generation and distribution of Josephson junction clock BUEHLER Simon1, KIRICHENKO Dmitri1, GUPTA Deepnarayan1, SIEGEL Michael2 1Hypres Inc., Germany, 2Institut für Mikro- und Nanoelektronische Systeme (IMS), Germany 6:00 - 6:15 Internally shunted junctions: a unified analysis of various approaches LACQUANITI Vincenzo1, DE LEO Natascia1, FRETTO Matteo1, SOSSO Andrea1, FEBVRE Pascal2, BELOGOLOVSKII Mikhail3 1INRIM, Italian Institute of Metrological Research, Italy, 2Université de Savoie, France, 3Institute for Metal Physics, NASU, Kyiv & Donetsk, Ukraine

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6:15 - 6:30 Superconducting Silicon devices CHIODI Francesca1, LEFLOCH François2, LE SUEUR Hélène3, MARCENAT Christophe2, FRANCHETEAU Anais2, DUVAUCHELLE Jean Eudes2, DÉBARRE Dominique1 1Institut d'Electronique Fondamentale, France, 2SPSMS, CEA-INAC, France, 3CSNSM, France

2A-E-O2 Sep 8 - Afternoon (4:30-6:30 PM) Electronics - Quantum engineering & Detectors II Location: Rhône 2 Chairpeople: Olivier BUISSON, Alexey USTINOV 4:30 - 4:45 Toroidal qubits: naturally-decoupled quiet artificial atoms ZAGOSKIN Alexandre1, CHIPOULINE Arkadi2, IL’ICHEV Evgeni3, JOHANSSON J4, NORI Franco4 1Loughborough University, United Kingdom, 2Friedrich Schiller University of Jena, Germany, 3Leibniz Institute of Photonic Technology, Germany, 4RIKEN, Japan 4:45 - 5:00 V-shape artificial atom based on superconducting quantum circuit DUMUR Étienne1, KÜNG Bruno1, FEOFANOV Alexey1, WEISSL Thomas1, NAUD Cécile1, ROCH Nicolas1, WIEBKE Guichard1, BUISSON Olivier1 1Institut Néel, France 5:00 - 5:15 Quantum coherence of the quartet scheme observed by Shapiro resonance under radio-frequency irradiation in three terminal Josephson junctions DUVAUCHELLE Jean-Eudes1, PFEFFER Andreas1, COURTOIS Hervé2, LEFLOCH Francois1 1Université Grenoble Alpes, CEA/INAC/SPSMS, France, 2Université Grenoble Alpes, CNRS/Institut NEEL, France 5:15 - 5:30 Evidence of different origins of light and dark counts in meander-type SNSPDs SEMENOV Alexej1, CHARAEV Ilya2, ILIN Konstantin2, SIEGEL Michael2 1DLR Institute of optical systems, Germany, 2Institute of micro- and nanoelectronic systems, KIT, Germany

5:30 - 5:45 Cryogenic FSF spin-valves with long-range triplet superconducting correlations PUGACH Nataliya1, ESCHRIG Matthias2, FLOKSTRA Machiel3, CUNNINGHAM P.S.3, KIM Jangyong4, SATCHELL Nathan4, BURNELL Gavin4, CURRAN Peter5, BENDING Simon5, KINANE Christian6, ISIDORI Aldo2, COOPER Jos6, LANGRIDGE Sean6, LEE Stephen3 1Lomonosov Moscow State University, Russian Federation, 2Royal Holloway University of London, United Kingdom, 3University of St.Andrews, United Kingdom, 4University of Leeds, United Kingdom, 5University of Bath, United Kingdom, 6ISIS, Rutherford Appleton Laboratory, United Kingdom

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5:45 - 6:00 How to capture a single neutron by superconducting detector SHISHIDO Hiroaki1, MIYAJIMA Shigeyuki1, YAMAGUCHI Hiroyuki1, NAKAYAMA Hirotaka1, FUJIMAKI Akira2, HIDAKA Mutsuo3, KOJIMA Kenji4, OIKAWA Ken'ichi5, HARADA Masahide5, OKU Takayuki5, ARAI Masatoshi5, SOYAMA Kazuhiko5, ISHIDA Takekazu1 1Osaka Prefecture University, Japan, 2Nagoya University, Japan, 3Advanced Industrial Science and Technology, Japan, 4High Energy Accelerator Research Organization, Japan, 5Japan Atomic Energy Agency, Japan 6:00 - 6:15 Series arrays of flux-flow magnetometers VETTOLIERE Antonio1, GRANATA Carmine1, MONACO Roberto1, MYGIND Jesper2 1Consiglio Nazionale delle Ricerche, Italy, 2Technical University of Denmark, Denmark 6:15 - 6:30 Spectroscopy of nanoscale two-level systems in insulating films SARABI Bahman1, RAMANAYAKA Aruna2, BURIN Alexander3, WELLSTOOD Frederick4, OSBORN Kevin2 1Joint Quantum Institute, United States, 2Laboratory for Physical Sciences, United States, 3Tulane University, United States, 4University of Maryland, College Park, United States 6:30 - 6:45 Displacement of microwave squeezed states with Josephson parametric amplifiers FEDOROV Kirill1, ZHONG Ling1, POGORZALEK Stefan1, BETZENBICHLER Martin1, MENZEL Edwin1, HAEBERLAIN Max1, WULSCHNER Friedrich1, XIE Edwar1, GOETZ Jan1, EDER Peter1, BAUST Alex1, FISCHER Michael1, MARX Achim1, DEPPE Frank1, GROSS Rudolf1 1Walther-Meissner-Institut, Germany

2A-LS-O2 Sep 8 - Afternoon (4:30-6:30 PM) Large Scale - Numerical modelling Location: Rhône 1 Chairpeople: Bruno DOUINE, Yuan WEIJIA 4:30 - 4:45 A Better Framework than Magneto-Quasistatics for Addressing AC Behavior when Inductive and Capacitive Effects Both Matter WOLSKY Alan1 1Argonne National Laboratory, United States 4:45 - 5:05 3D and 2D electromagnetic modelling of superconductors: flux cutting effects in finite samples and coated conductor coils up to 10000 turns PARDO Enric1, KAPOLKA Milan1, SOUC Jan1 1Slovak Academy of Sciences, Slovakia

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5:00 - 5:15 3D Modeling of Superconductors modeling based on E-H Formulation MAKONG HELL Ludovic1, KAMENI Abelin2, BOUILLAULT Frederic2, MASSON Philippe1 1University of Houston, United States, 2Laboratoire de Génie Electrique de Paris, France 5:15 - 5:30 A solution to the problem of high aspect ratio in the quench modelling of HTS tapes BRESCHI Marco1, CASALI Marco1 1University of Bologna, Italy 5:30 - 5:45 3D modeling of the electromagnetic response of superconducting cables and multi-filamentary conductors in power applications RODRIGUEZ ZERMENO Victor Manuel1, GRILLI Francesco1 1Karlsruhe Institute of Technology (KIT), Germany 5:45 - 6:00 Finite Element Analysis (FEA) Assisted Design of a High Field NMR HTS Demonstration Magnet Wound with Bi-2212 Round Wire BOSQUE Ernesto1, TROCIEWITZ Ulf1, HILTON David1, KIM Youngjae1, DANIEL Davis1, CHEN Peng1, LARBALESTIER David1 1NHMFL, Florida State University, United States 6:00 - 6:15 Simulation of high temperature superconducting bulks and stacks of coated conductors magnetized by pulse field magnetization using controlled magnetic density distribution coils ZOU Shengnan1, ZERMENO Victor1, GRILLI Francesco1 1Karlsruhe Institute of Technology (KIT), Germany 6:15 - 6:30 Development of an advanced analytical modelling of AC screening currents in multi-layer superconducting composites – application at various scales in fusion cable configurations LOUZGUITI Alexandre1, ZANI Louis1, CIAZYNSKI Daniel1, TURCK Bernard1 1CEA, France 6:30 - 6:45 Effect of Heat Flux on the Thermohydraulic Performance of the HTS Cables with Supercritical Nitrogen (SCN) as a Coolant UPPADA Venkata Ramana1, DONDAPATI Raja Sekhar1, USURUMARTI Preeti Rao2 1Lovely Professional University, India, 2Department of Mechanical Engineering, PVK Institute of Technology, India 6:45 - 7:00 Optimal mechanical design of 2G High-Temperature Superconductors using modeling KOSHELEVA Natalia1, SHAHROUR Isam1, VEGA Guillaume2, BRUZEK Christian-Eric2 1Lille University of Science and Technology, France, 2Nexans France, France

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2A-M-O1 Sep 8 - Afternoon (4:30-6:30 PM) Materials - Vortex flux pinning I Location: Saint Clair 3 Chairpeople: Philippe ODIER, Ana PALAU 4:30 - 5:00 INV-New nano-scale engineering strategies of solution grown YBCO nanocomposites for tuning vortex pinning landscape PALAU Anna1, VALLES Ferran1, STANGL Alexander1, COLL Mariona1, CAYADO Pablo1, MUNDET Bernat1, GÁZQUEZ Jaume1, ROS Josep2, RICART Susagna1, OBRADORS Xavier1, PUIG Teresa1 1Institut de Ciència de Materials de Barcelona (ICMAB-CSIC), Spain, 2Universitat Autònoma de Barcelona, Spain 5:00 - 5:30 INV-Jc mechanism in YBa2Cu3O7+BaMO3 (M=Zr, Hf, Sn) films HORIDE Tomoya1, TAGUCHI Kenta1, MATSUMOTO Kaname1 1Kyushu Institute of Technology, Japan 5:30 - 5:45 Engineered Pinning Landscapes for Enhanced 2G Coil Wire RUPICH Martin1, SATHYAMURTHY Srivatsan1, FLESHLER Steven1, LI Qiang2, SOLOVYOV Vyacheslav2, OZAKI Toshinori2, WELP Ulrich3, KWOK Wai-Kwong3, LEROUX Maxime3, KOSHELEV Alexei3, MILLER Dean3, KIHLSTROM Karen3, CIVALE Leonardo4, ELEY Serena4, KAYANI Asghar5 1American Superconductor Corporation, United States, 2Brookhaven National Laboratory, United States, 3Argonne National Laboratory, United States, 4Los Alamos National Laboratory, United States, 5Western Michigan University, United States 5:45 - 6:00 Enhanced vortex-pinning features of pulsed laser deposited YBa2Cu3O7-x films with Ba2YTaO6 and Ba2YNbO6 nano-columnar inclusions in the low-temperature and high magnetic field regime. RIZZO Francesco1, AUGIERI Andrea1, ANGRISANI ARMENIO Achille1, GALLUZZI Valentina1, MANCINI Antonella1, PINTO Valentina1, RUFOLONI Alessandro1, VANNOZZI Angelo1, KURSUMOVIC Ahmed2, MACMANUS-DRISCOLL Judith L.2, MELEDIN Alexander3, VAN TENDELOO Gustaaf3, CELENTANO Giuseppe1 1Superconductivity Laboratory, ENEA, Italy, 2University of Cambridge, United Kingdom, 3University of Antwerp, Belgium 6:00 - 6:15 Solution design for ReBCO CSD-MOD films and nanocomposites RICART Susagna1, CAYADO Pablo1, POP Cornelia1, GARZON Alba2, MARTINEZ-ESAIN Jordi2, VILLAREJO Bohores1, ROS Josep2, YAÑEZ Ramon2, ROURA Pere3, FARJAS Jordi3, PALAU Anna1, GAZQUEZ Jaume1, MUNDET Bernat1, MARIONA Coll1, OBRADORS Xavier1, PUIG Teresa1 1ICMAB-CSIC, Spain, 2Universitat Autònoma de Barcelona, Spain, 3Departament de Fisica, Universitat de Girona, Spain

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6:15 - 6:30 Nano-engineering of BaHfO3 and Ba2Y(Nb/Ta)O6-doped YBa2Cu3O7-d coated conductors SIEGER Max1, PAHLKE Patrick1, HÄNISCH Jens2, OPHERDEN Lars1, BERGELT Paul1, IIDA Kazumasa1, SPARING Maria1, BIANCHETTI Marco3, MACMANUS-DRISCOLL Judith3, LAO Mayraluna4, EISTERER Michael4, MELEDIN Alexander5, VAN TENDELOO Gustaaf5, NAST Rainer2, SCHULTZ Ludwig1, HOLZAPFEL Bernhard2, HÜHNE Ruben1 1IFW Dresden, Germany, 2Karlsruhe Institute of Technology (KIT), Germany, 3University of Cambridge, United Kingdom, 4Vienna University of Technology, Austria, 5University Antwerp, Belgium 6:30 - 6:45 Investigation of the longitudinal magnetic field effect on multilayered-SmBa2Cu3Oy films fabricated on single-crystal and metal substrates SUGIHARA Kazuki1, ICHINO Yusuke1, YOSHIDA Yutaka1, ICHINOSE Ataru2 1Nagoya University, Japan, 2CRIEPI, Japan

2A-M-O2 Sep 8 - Afternoon (4:30-6:30 PM) Materials - Material properties Location: Rhône 3+4 Chairpeople: Xavier OBRADORS, René FLUKIGER 4:30 - 5:00 INV-High resolution imaging of magnetic flux distributions in superconductors with scanning x-ray microscopy RUOß Stephen1, STAHL Claudia1, WEIGAND Markus1, GISELA Schütz1, ALBRECHT Joachim2 1Max-Planck-Institut für Intelligente Systeme, Germany, 2Research Institute for Innovative Surfaces, FINO, Germany 5:00 - 5:15 Correlation between the number of displacements per atom (dpa) and Tc after high energy irradiations in Nb3Sn wires for HL-LHC accelerator SPINA Tiziana1, SCHEUERLEIN Christian1, RICHTER David1, BALLARINO Amalia1, CERUTTI Francesco1, ESPOSITO Luigi Salvatore1, LECHNER Anton1, BOTTURA Luca1, FLUKIGER René1 1CERN, Switzerland 5:15 - 5:30 Controllable morphology of flux avalanches in microstructured superconducting films MOTTA Maycon1, COLAUTO Fabiano1, VESTGARDEN Jorn2, FRITZCHE Joaquim3, TIMMERMANS Matias4, CUPPENS Jo4, ATTANASIO Carmine5, CIRILLO Carla5, MOSHCHALKOV Victor4, VAN DE VONDEL Joris4, JOHANSEN Tom2, SILHANEK Alejandro6, ORTIZ Wilson1 1Universidade Federal de Sao Carlos, Brazil, 2University of Oslo, Norway, 3Chalmers University of Technology, Sweden, 4Katholieke Universiteit Leuven, Belgium, 5Universita degli Studi di Salerno, Italy, 6Université de Liège, Belgium

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5:30 - 5:45 Precipitous change of the irreversible strain limit with heat-treatment temperature in Nb3Sn wires made by the restacked-rod process CHEGGOUR Najib1, STAUFFER Theodore2, STARCH William3, LEE Peter3, SPLETT Jolene2, GHOSH Arup4 1University of Colorado & NIST, United States, 2National Institute of Standards and Technology, United States, 3Florida State University, United States, 4Brookhaven National Laboratory, United States 5:45 - 6:00 Micro- and nanostructural characterization of pulsed laser deposited YBCO with Ba2Y(Nb,Ta)O6 or BaHfO3 nanocomposites MELEDIN Alexander1, OPHERDEN Lars2, SIEGER Max2, HÜHNE Ruben2, RIZZO Francesco3, AUGIERI Andrea3, CELENTANO Giuseppe3, VAN TENDELOO Gustaaf1 1EMAT, University of Antwerp, Belgium, 2IFW Dresden, Institute for Metallic Materials, Germany, 3ENEA, Italy 6:00 - 6:15 Thermal Analysis on films: a new insight on chemical solution deposition. Application to YBCO films synthesis. ELOUSSIFI Hichem1, FARJAS Jordi1, SANCHEZ-RODRIGUEZ Daniel1, ROURA Pere1, RICART Susagna2, CALLEJA Albert2, PUIG Teresa2, OBRADORS Xavier2 1GRMT, Spain, 2ICMAB, Institut de Ciencia de Materials de Barcelona, Spain 6:15 - 6:30 Noise spectroscopy investigation of interplay between quantum interference effects and superconductivity in infinite layer cuprates BARONE Carlo1, GALDI Alice1, SACCO Chiara1, ORGIANI Pasquale2, SCHLOM Darrell3, PAGANO Sergio1, MARITATO Luigi1 1University of Salerno, Italy, 2Institute SPIN of C.N.R., Italy, 3Cornell University, United States

2A-WT-O1 Sep 8 - Afternoon (4:30-6:30 PM) Wires and Tapes - MgB2 and Bi2212 MgB2 and Bi2212 Location: Auditorium Lumière Chairpeople: Ziad MELHEM, Davide NARDELLI 4:30 - 5:00 INV-Development of internal Mg diffusion (IMD)-processed MgB2 superconducting wires－towards long-length wire fabrications KUMAKURA Hiroaki1, YE Shujun1, MATSUMOTO Akiyoshi1, TAKIGAWA Hiroyuki1 1National Institute for Materials Science, Japan 5:00 - 5:15 Cold and hot isostatic pressing of MgB2 wires in various media CETNER Tomasz1, MORAWSKI Andrzej1, HAESSLER Wolfgang2, GAJDA Daniel3, GAJDA Grzegorz3, RINDFLEISCH Matt4, ZALESKI Andrzej5, CZUJKO Tomasz6, ZUCHOWSKA Emilia6, HOSSAIN Shahriar7, PRZYSLUPSKI Piotr8 1Institute of High Pressure Physics PAS, Poland, 2Leibniz Institute for Solid State and Materials Research, Germany, 3International Laboratory of HMF and LT PAS, Poland, 4Hyper Tech Research, Inc.,

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United States, 5Institute of Low Temperature and Structure Research Polish Academy of Sciences, Poland, 6Military University of Technology, Poland, 7University of Wollongong, Australia, 8Institute of Physics PAS, Poland 5:15 - 5:30 Filamentary MgB2 wires with low AC losses KOVAC Pavol1, HUSEK Imrich1, KOVAC Jan1, MELISEK Tibor1, KULICH Miloslav1, KOPERA Lubomir1, SOUC Jan1 1Institute of Electrical Engineering, SAS, Slovakia 5:30 - 5:45 Thermal Conductivity and Stability of Commercial MgB2 Conductors BONURA Marco1, SENATORE Carmine1 1University of Geneva, Switzerland 5:45 - 6:00 Development of Bi-2212 wires for practical applications using groove-rolling as an alternative process MALAGOLI Andrea1, BRACCINI Valeria1, LEVERATTO Alessandro1, CONTARINO Daniele2, PUTTI Marina2, FERDEGHINI Carlo1 1CNR-SPIN, Italy, 2Physics Department, University of Genova, Italy 6:00 - 6:15 Phase formation during cooling in partial melt processing of Bi2Sr2CaCu2Ox round wires and predensification of the wire before coil winding with over-pressure MATRAS Maxime1, JIANG Jianyi1, CHEN Peng1, HELLSTROM Eric1, LARBALESTIER David1 1Applied Superconductivity Center, NHMFL, FSU, United States 6:15 - 6:30 Multiscale studies of Bi2Sr2CaCu2Ox/Ag condutors NADERI Golsa1, LI Pei2, SHEN Tengming2, SCHWARTZ Justin1 1North Carolina State University, United States, 2Fermi National Accelerator Laboratory, United States

6:30 - 7:00 INV-Quench behavior, load cycling and generation of 27 T with an LTS-HTS all- superconducting magnet WEIJERS Hubb1, MARKIEWICZ Willliam1 1National High Magnetic Field Laboratory, United States

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Wednesday September 9, 2015 3M-E-O1 Sep 9 - Morning (10:30-12:30 PM) Electronics - Microwave and THz devices Location: Rhône 2 Chairpeople: Pascal FEBVRE, Stefan WUENSCH 10:30 - 11:00 INV-DC-tunable low-pass microwave filter on superconducting nanopatterned Nb microstrips DOBROVOLSKIY Oleksandr1, HUTH Michael1 1Goethe-Universität, Germany 11:00 - 11:15 YBa2Cu3O7-x bicrystal Josephson junctions with high IcRn-products and wide-ranging resistances for THz applications IRINA Gundareva1, DIVIN Yuriy2 1Forschungszentrum Juelich, Germany, 2Kotel’nikov IRE RAS, Russia 11:15 - 11:30 Thermal Instability and THz Emission from High Tc Superconductor Bi2Sr2CaCu2O8+d Mesa Structures KADOWAKI Kazuo1, KITAMURA Takeo1, WATANABE Chiharu1, SAIWAI Yoshihiko1, SHIBANO Yuuki1, SAKAMOTO Kazuki1, KUBO Hiroyuki1, YAMAMOTO Takashi2, KASHIWAGI Takanari1, MINAMI Hidetoshi1, KLEMM Richard3 1University of Tsukuba, Japan, 2National Institute for Materials Science, Japan, 3University of Florida, United States 11:30 - 11:45 Experimental Study of Josephson Effects in Nonuniform Nb-based SIS Parallel Junction Arrays BOUSSAHA Faouzi1, CHAUMONT Christine1, FERET Alexandre1, VACELET Thibau1 1Observatoire de Paris, France 11:45 - 12:00 Josephson effect at THz frequencies in a planar MgB2 junction CUNNANE Daniel1, WOLAK Matthaeus2, ACHARYA Narendra2, KAWAMURA Jonathan1, XI Xiaoxing2, KARASIK Boris1 1Jet Propulsion Laboratory, United States, 2Temple University, United States 12:00 - 12:15 Simulation of HTS Josephson junction mixers PEGRUM Colin1, ZHANG Ting2, DU Jia2, GUO Yingjie Jay3 1University of Strathclyde, United Kingdom, 2CSIRO, Australia, 3University of Technology Sydney, Australia 12:15 - 12:30 Space Applications of HTS Microwave Filters and Subsystems in China HE Yusheng1, SUN Liang1, LI Chunguang1, LI Hong1, ZHANG Xueqiang1, BIAN Yongbo1, WANG Jis1, WANG Xu1, LI Guoqiang1, WU Yun1 1Institute of Physics, Chinese Academy of Sciences, China

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3M-E-O2 Sep 9 - Morning (10:30-12:30 PM) Electronics - Detectors III Location: Salon Pasteur Chairpeople: Robert HADFIELD, Boris KARASIK 10:30 - 11:00 INV-Kinetic Inductance Detectors for radiation detection and other applications MONFARDINI Alessandro1 1Institut Néel - CNRS, France 11:00 - 11:15 Fluorescence correlation spectroscopy with superconducting nanowire single-photon detector for visible wavelengths YAMASHITA Taro1, MIKI Shigehito1, YAMAMOTO Johtaro2, HARAGUCHI Tokuko1, KINJO Masataka2, HIRAOKA Yasushi3, TERAI Hirotaka1 1NICT, Japan, 2Hokkaido University, Japan, 3Osaka University, Japan 11:15 - 11:30 Low background single photon detection with a transition edge sensor for ALPS II BASTIDON Noëmie1, HORNS Dieter1, LINDNER Axel2 1University of Hamburg, Germany, 2DESY, Germany 11:30 - 11:45 Superconducting Nanowire Single-Photon Detector for Fiber Dispersed Raman Spectroscopy TOUSSAINT Julia1, DOCHOW Sebastian2, LATKA Ines2, LUKIC Aleksandar2, MAY Torsten1, MEYER Hans-Georg1, IL’IN Konstantin3, SIEGEL Michael3, POPP Juergen1 1Leibniz Institute of Photonic Technology, Germany, 2Friedrich Schiller University of Jena, Germany, 3Karlsruhe Institute of Technology (KIT), Germany 11:45 - 12:00 Demonstration of Multi-pixel Operations of Serially-Connected Superconducting Stripline Detectors Combined with Superconducting Digital Readout Circuits FUJIMAKI Akira1, KITA Yuma1, KAMIYA Kyohei1, KOUZAKA Misaki1, TANAKA Masamitsu1, BOZBEY Ali2, ISHIDA Takekazu3, NAGASAWA Shuichi4, HIDAKA Mutsuo4 1Nagoya University, Japan, 2TOBB University of Economy and Technology, Turkey, 3Osaka Prefecture University, Japan, 4Advanced Industrial Science and Technology, Japan 12:00 - 12:15 Optimising the multiplex factor of the frequency domain multiplexed readout of TES-based microcalorimeters imaging arrays for the X-IFU instrument on the Athena Xray observatory VAN DER KUUR Jan1, GOTTARDI Luciano1, AKAMATSU Hiroki1, RAVENSBERG Kevin1, KHOSROPANAH Pourya1, SUZUKI Toyoaki1, DEN HARTOG Roland1, HIJMERING Richard1, BRUIJN Marcel1, RIDDER Marcel1, KIVIRANTA Mikko2, GAO Jian Rong1, JACKSON Brian1 1SRON Netherlands Institute for Space Research, Netherlands, 2VTT, Finland

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12:15 - 12:30 Biomolecule ion detection with MgB2 superconducting strip detectors ZEN Nobuyuki1, SHIBATA Hiroyuki2, MAWATARI Yasunori1, OHKUBO Masataka1 1AIST, Japan, 2NTT Basic Research Laboratories, Japan

3M-LS-O1 Sep 9 - Morning (10:30-12:30 PM) Large Scale - Selected large systems and common issues Location: Rhône 3+4 Chairpeople: Jean-Luc DUCHATEAU, Yukikazu IWASA 10:30 - 10:45 Design and validation of the cryogne-free cooling system of a Nb-Ti synchro-cyclotron superconducting magnet for cancer proton therapy CAPELLUTO Alessio1, CUNEO Stefano1, MARABOTTO Roberto1, MODICA Marco1, VERBRUGGEN Patrick2, FORTON Eric2 1ASG Superconductors SpA, Italy, 2IBA Medical Accelerators Solutions, Belgium 10:45 - 11:00 Development of the Superconducting Extraction and Injection Quadrupole Doublet Modules for the SIS100 Heavy Ion Synchrotron CEBALLOS VELASCO Jorge1, MEIER Jan Patrick1, BLEILE Alexander1, MACAVEI Johann1, SCHNIZER Pierre1, FISCHER Egbert1, SPILLER Peter1 1GSI Helmholtzzentrum für Schwerionenforschung GmbH, Germany 11:00 - 11:15 First implementation of the CLIQ quench protection system on a full-scale LHC matching quadrupole magnet RAVAIOLI Emmanuele1,2, BAJAS Hugo1, DATSKOV Vladimir1, GHINI Jonas 1,3, KIRBY Glyn2, MACIEJEWSKI Michal1,4, TEN KATE Herman1, VERWEIJ Arjan2, WILLERING Gerard2 1CERN, Switzerland, 2Univ. of Twente, The Netherlands, 3Norwegian University of Science, Norway, 4Lodz University of Tehnology, Poland 11:15 - 11:30 Hotspot characteristics in a REBCO Insert Coil Induced by Quenches of an LTS Outer Coil TSUCHIYA Yuji1, MUTO Shogo1, OGURO Hidetoshi1, AWAJI Satoshi1, WATANABE Kazuo1, MIYAZAKI Hiroshi2, HANAI Satoshi2, IOKA Shigeru2, DAIBO Masanori3, IIJIMA Yasuhiro3 1Tohoku University, Japan, 2Toshiba Corporation, Japan, 3Fujikura Ltd., Japan 11:30 - 11:45 Quench Detectors Sensing Second Sound Events Induced by Thermomagnetic breakdown of SRF Cavities in Superfluid Helium FOUAIDY Mohammed1, LONGUEVERGNE David1, DUBOIS Francis1, POCHON Olivier1, YANICHE Jean-François1 1IPN Orsay, France 11:45 - 12:00 Temperature and background field dependence of quench propagation in a compact MgB2 solenoid coil YOUNG Edward1, FALORIO Iole1, PELEGRIN J1, JARVIS Alan2, YANG Yifeng1

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1Institute of Cryogenics, Energy Technology, University of Southampton, United Kingdom, 2Supercond. and Nanotechnology Group, University of Technology Durban, South Africa 12:00 - 12:15 Prototype design and performance of superconducting magnetic bearing system for a space compatible polarization modulator operating at 4 K MATSUMURA Tomotake1, KATAZA Hirokazu1, UTSUNOMIYA Shin1, YAMAMOTO Ryo2 1JAXA, Japan, 2University of Tokyo, Japan 12:15 - 12:30 Design and performance analysis of a flux pump for superconducting applications SUNG Hae-Jin1, GO Byeong-Soo1, KIM Sung-Kyu1, PARK Minwon1, YU In-Keun1, BADCOCK Rod2 1Changwon National University, South Korea, 2Robinson Research Institute, Victoria University of Wellington, New Zealand

3M-LS-O2 Sep 9 - Morning (10:30-12:30 PM) Large Scale - Fault current limiters Location: Auditorium Lumière Chairpeople: Bertrand DUTOIT, Ying XIN 10:30 - 10:45 Status of superconducting fault current limiter in Italy: final results from the in-field testing activity and preliminary design of the 9kV/15.6MVA device ANGELI Giuliano1, BOCCHI Marco1, ASCADE Massimo1, ROSSI Valerio1, VALZASINA Angelo1, RAVETTA Cesare2, MARTINI Luciano1 1Ricerca sul Sistema Energetico - RSE S.p.A., Italy, 2A2A Reti Elettriche S.p.A., Italy 10:45 - 11:00 Feasibility Study of Superconducting Fault Current Limiters for DC Electric Railway Feeding Systems KUMAGAI Daisuke1, QIAN Kezhen1, OHSAKI Hiroyuki1, TOMITA Masaru2 1The University of Tokyo, Japan, 2Railway Technical Research Institute, Japan 11:00 - 11:15 Studies on the Application of SFCL in the Electrical Power Transmission System LI Bin1, YIZHE Ou1 1Tianjin University, China 11:15 - 11:30 Can resistive type fault current limiter operate in cryogen-free environment? VOJENCIAK Michal1, ŠOUC Ján1, DUTOIT Bertrand2, GÖMÖRY Fedor1 1Institute of Electrical Engineering, SAS, Slovakia, 2Ecole Polytechnique Fédérale de Lausanne, Switzerland 11:30 - 11:45 Key Factors in Designing a Saturated Iron Core Superconducting Fault Current Limiter CUI Jibin1, XIN Ying1, JIN Jianxun2, WEI Ziqiang2 1Futong Group, Co., China, 2Tianjin University, China,

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11:45 - 12:00 Experimental tests of a resistive SFCL integrated with a vacuum interrupter PEI Xiaoze1, SMITH Alexander1, SHUTTLEWORTH Roger1 1The University of Manchester, United Kingdom 12:00 - 12:15 Optical and Electrical Investigation of a Novel Method for Improving the Recovery under Load Characteristics of Thin Film Superconductors HELLMANN Sebastian1, NOE Mathias1 1Karlsruhe Institute of Technology (KIT), Germany 12:15 - 12:30 Multiscale model of a resistive-type superconducting fault current limiters based on 2G HTS coated conductors BONNARD Charles-Henri1, SIROIS Frédéric1, LACROIX Christian1, DIDIER Gaëtan2, DOUINE Bruno2 1Ecole Polytechnique de Montréal, Canada, 2Université de Lorraine, France

3M-M-O1 Sep 9 - Morning (10:30-12:30 PM) Materials - Vortex flux pinning II Location: Saint Clair 3 Chairpeople: Judith DRISCOL, Isabel GUILLAMÓN 10:30 - 11:00 INV-Imaging the superconducting vortex lattice in nanostructured superconductors GUILLAMÓN Isabel1 1Universidad Autónoma de Madrid, Spain 11:00 - 11:15 Pinning and relaxation of vortices in CSD YBCO nanocomposites VALLES Ferran1, MUNDET Bernat1, PALAU Anna1, GAZQUEZ Jaume1, CAYADO Pablo1, LI Ziliang1, COLL Mariona1, OBRADORS Xavier1, PUIG Teresa1 1ICMAB-CSIC, Spain 11:15 - 11:30 Flux pinning due to hybrid APCs in REBCO superconducting films MATSUMOTO Kaname1, JHA Alok1, HORIDE Tomoya1, MELE Paolo2, YOSHIDA Yutaka3, AWAJI Satoshi4 1Kyushu Institute of Technology, Japan, 2Hiroshima University, Japan, 3Nagoya University, Japan, 4Tohoku University, Japan 11:30 - 11:45 Jc enhancement in REBCO films with BaHfO3 nanorods YOSHIDA Yutaka1, MIURA Shun1, ICHINO Yusuke1, ICHINOSE Ataru2, AWAJI Satoshi3, MATSUMOTO Kaname4 1Nagoya university, Japan, 2Central Research Institute of Electric Power Industry, Japan, 3Tohoku university, Japan, 4Kyushu Institute of Technology, Japan

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11:45 - 12:00 Flux Pinning in Bose Glass State in SmBa2Cu3Oy Films with BaHfO3 Nanorods AWAJI Satoshi1, TSUCHIYA Yuji1, WATANABE Kazuo1, MIURA Shun2, ICHINO Yusuke2, YOSHIDA Yutaka2 1Tohoku University, Japan, 2Nagoya University, Japan 12:00 - 12:15 Strong vortex pinning at microwave frequencies in solution-derived YBCO/BYTO nanocomposites SILVA Enrico1, POMPEO Nicola1, TOROKHTII Kostiantyn1, FROLOVA Anna1, BARTOLOMÉ Elena2, ANNA Palau3, PUIG Teresa3 1Università di Roma Tre, Italy, 2Escola Universitària Salesiana de Sarrià, Spain, 3Institut de Ciència de Materials de Barcelona, Spain 12:15 - 12:30 Study Lattice Strain Energy to Understand Difference in Diameter of Vertically-Aligned Secondary-Phase Oxide Nanorods in Epitaxial YBCO Films SHI Jack1, WU Judy1 1The University of Kansas, United States

3M-M-O2 Sep 9 - Morning (10:30-12:30 PM) Materials - LTS, BSCCO and others Location: Rhône 1 Chairpeople: Christian SCHEUERLEIN, Christian Eric BRUZEK 10:30 - 11:00 INV-Simultaneous measurement of critical current, stress, strain and lattice distortions in different high temperature superconductors SCHEUERLEIN Christian1, BJOERSTAD Roger1, RIKEL Mark2, HUDSPETH Jessica3, SUGANO Michinaka4, BALLARINO Amalia1, BOTTURA Luca1 1CERN, Switzerland, 2Nexans, Germany, 3ESRF, France, 4KEK, Japan 11:00 - 11:15 Continuous Fabrication of large area Bi-2212 Superconducting Coatings LALIENA Carlos1, LENNIKOV Vassili1, REY-GARCÍA Francisco1, AMAVEDA Hippolyte1, MORA Mario1, MOYA Sara2, RUIZ Óscar2, DE LA FUENTE Germán1, ANGUREL Luis1 1ICMA (CSIC-University of Zaragoza), Spain, 2Torrecid S.A., Spain 11:15 - 11:30 Optimization of Bi-2212 High Temperature Superconductors by Potassium Substitution SHENGNAN Zhang1, CHENGSHAN Li1, QINGBIN Hao1, XIAOBO Ma1, PINGXIANG Zhang1 1Northwest Institute for Nonferrous Metal Research, China 11:30 - 11:45 Key microstructures in high Jc Bi2212 round wires: Are there any lessons for making round wires of other HTS materials? KAMETANI Fumitake1, JIANG J.1, MATRAS M.1, ABRAIMOV D.1, SCHEUERLEIN C.2, TROCIEWITZ U.1, HELLSTROM E.1, LARBALESTIER D.1 1National High Magnetic Field Laboratory, United States, 2European Organization for Nuclear Research (CERN), Switzerland

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11:45 - 12:00 Superconductivity above 77 K in Pb1212 Epitaxial Films SACHIO Komori1, ITSUHIRO Kakeya1 1Kyoto University, Japan 12:00 - 12:15 multilayered NbN/AlN structure to increase critical field for superconducting Radiofrequency Cavity. MARCHAND Benoit1, MARTINET Guillaume1, FORTUNA Franck2, BAUMIER Cédric2, ANTOINE Claire3 1IPN, Orsay, France, France, 2CSNSM, France, 3CEA/DSM/IRFU, France 12:15 - 12:30 Microstructure of Pb-free superconducting solders AKSOY Canan1, MOUSAVI Tayebeh1, GROVENOR Chris1, SPELLER Susannah1 1Oxford University, United Kingdom 3M-WT-O1 Sep 9 - Morning (10:30-12:30 PM) Wires and Tapes - Conductor developments Location: Auditorium Pasteur Chairpeople: Marc DHALLE, Carmine SENATORE 10:30 - 11:00 Advances in the Development of a 10-kA Class REBCO cable for the EuCARD2 Demonstrator Magnet BOTTURA Luca1, A. Badel2, A. Ballarino1, M. M. J. Dhallé3, R. Dietrich7, M. Durante4, Ph. Fazilleau4, J. Fleiter1, W. Goldacker5, J. Himbele2, A. Kario5, ROSSI Lucio1, C. Senatore6, P. Tixador2, A. Usoskin7, G. Volpini8, Y. Yang9, and N. Zangenberg10 1CERN, Switzerland, 2Univ. Grenoble Alpes, France, 3Univ. of Twente, The Netherlands, 4Irfu – CEA, France, 5KIT, Germany, 6DPMC, University of Geneva, Switzerland, 7Bruker HTS, Germany,8INFN – LASA, Italy, 9Univ. of Southampton, United Kingdom, 10Danish Insitute of Technology, Denmark 11:00 - 11:30 HTS-Roebel-cables in competition to the CORC approach GOLDACKER Wilfried1, KARIO Anna1, KLING Andrea1, VOJENCIAK Michal2, GODFRIN Aurelian1, RINGSDORF Bernd1, NAST Rainer1, VAN DER LAAN Danko3 1Karlsruhe Institute of Technology (KIT), Germany, 2Institute of Electrical Engineering, SAS, Slovakia, 3Advanced Conductor Technologies & University of Colorado, United States 11:30 - 11:45 Tests of HTS Slotted Core Cable-In-Conduit Conductors for High-Field Magnets Applications CELENTANO Giuseppe1, DE MARZI Gianluca1, AUGIERI Andrea1, DI ZENOBIO Aldo1, MUZZI Luigi1, TOMASSETTI Giordano1, ANEMONA Alessandro1, VANNOZZI Angelo1, RUFOLONI Alessandro1, FABBRI Fabio1, WEISS Klaus2, BAYER Christoph2, BAGRETS Nadezda2, BRAGAGNI Albano3, SERI Massimo3, DELLA CORTE Antonio1 1ENEA CR Frascati, Italy, 2Karlsruhe Institute of Technology (KIT), Germany, 3Tratos Cavi SpA, Italy

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11:45 - 12:00 Towards In-house Industrial Assembly of the Superconducting Conductor for the 43 T Hybrid Magnet of LNCMI-Grenoble PUGNAT Pierre1, BERRIAUD Christophe2, CAPLANNE Gwenaël1, FAZILLEAU Philippe2, HANOUX Pierre1, HERVIEU Bertrand2, PFISTER Rolf1, PISSARD Marc1, RONAYETTE Luc1 1LNCMI CNRS, France, 2CEA, France 12:00 - 12:15 High quality measurements on large quantities of samples for ITER and for other applications of Nb3Sn and NbTi RAINE Mark1, HAMPSHIRE Damian1 1Durham University, United Kingdom 12:15 - 12:30 Multifilamentary Nb3Sn wires fabricated through internal diffusion process using brass matrix BANNO Nobuya1, MIYAMOTO Yasuo2, TACHIKAWA Kyoji1 1National Institute for Materials Science, Japan, 2Tokai University, Japan

3A-E-O1 Sep 9 - Afternoon (4:30-6:30 PM) Electronics - SQUID, SQIFS: systems and applications Location: Rhône 2 Chairpeople: Carmine GRANATA, Emma MITCHELL 4:30 - 5:00 Deployable SQUID-based magnetic resonance imaging systems MAGNELIND Per1, MATLASHOV Andrei1, NEWMAN Shaun1, SANDIN Henrik1, SEDILLO Robert1, URBAITIS Algis1, VOLEGOV Petr1, ESPY Michelle1 1Los Alamos National Laboratory, United States 5:00 - 5:15 Hybrid type HTS-SQUID magnetometer with vibrating and rotating sample TSUKADA Keiji1, MORITA Koji1, MATSUNAGA Yasuaki1, SAARI Mohd1, SAKAI Kenji1, KIWA Toshihiko1 1Okayama University, Japan 5:15 - 5:30 Magnetic Properties of Nanoparticles Investigated by a NanoSQUID Based System RUSSO Roberto1, DI GENNARO Emiliano2, ESPOSITO Emanuela1, FIORANI Dino3, GRANATA Carmine4, VETTOLIERE Antonio4, PEDDIS Davide3 1CNR-IMM, Italy, 2CNR-SPIN and Università di Napoli "Federico II", Italy, 3CNR, Istituto di Struttura della Materia, Italy, 4CNR, Istituto di Cibernetica “E.Caianiello”, Italy 5:30 - 5:45 Breakthrough Techniques and Potential Applications with SQUID NMR/MRI KIM Kiwoong1, SHIM Jeong Hyun1, LEE Seong-Joo1, HWANG Seong-Min1, YU Kwon-Kyu1 1Korea Research Institute of Standards and Science, South Korea

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5:45 - 6:00 Detection of Biological Targets Using Brownian Relaxation of Magnetic Markers and HTS SQUID ENPUKU Keiji1, URA Masakazu1, NAKAMURA Kohta1, SASAYAMA Teruyoshi1, YOSHIDA Takashi1 1Kyushu University, Japan 6:00 - 6:15 High Spurious Free Dynamic Range Attainable with Superconducting Arrays KORNEV Victor1, KOLOTINSKIY Nikolay1, SHARAFIEV Alexey1, MUKHANOV Oleg2, SOLOVIEV Igor1, KLENOV Nikolay1 1Lomonosov Moscow State University, Russia, 2Hypres Inc., United States

3A-E-O2 Sep 9 - Afternoon (4:30-6:30 PM) Electronics - Detectors IV Location: Salon Pasteur Chairpeople: Sergey CHEREDNICHENKO, Alesssandro MONFARDINI 4:30 - 5:00 Hot-electron nano-bolometers for astrophysics: superconductor vs normal metal KARASIK Boris1 1Jet Propulsion Laboratory, United States 5:00 - 5:15 Terahertz superconducting Nb nanobolometer with microwave bias and readout KUZMIN Artem1, MERKER Michael1, SHITOV Sergey2, ABRAMOV Nikolay2, ERMAKOV Andrey3, ARNDT Matthias1, WUENSCH Stefan1, ILIN Konstantin1, USTINOV Alexey1, SIEGEL Michael1 1Karlsruhe Institute of Technology (KIT), Germany, 2NUST MISIS, Russia, 3Kotel’nikov IRE RAS, Russia 5:15 - 5:30 Wideband MgB2 Hot-Electron Bolometer Mixers: IF Impedance Characterisation and Modeling BEVILACQUA Stella1, NOVOSELOV Evgenii1, CHEREDNICHENKO Sergey1, SHIBATA Hiroyuki2, TOKURA Yasuhiro2 1Chalmers University of Technology, Sweden, 2NTT Basic Research Laboratories, Japan 5:30 - 5:45 Multifrequency Seashell Antennas with Resonant Cold-Electron Bolometers for the ESA’s space missions KUZMIN Leonid1, MATROZOVA Ekaterina2 1Chalmers University of Technology, Sweden, 2Nizhnij Novgorod State Technical University, Russia 5:45 - 6:00 Superconducting detectors for neutrino mass measurements FAVERZANI Marco1 1University & I.N.F.N. of Milano Bicocca, Italy 6:00 - 6:15 The superconducting anti-coincidence of the ATHENA x-ray space telescope CORSINI Dario1, BIASOTTI Michele1, CERIALE Valentina1, DE GERONE Matteo2, GATTI Flavio1, MACCULI Claudio3, PIRO Luigi3 1University and INFN of Genova, Italy, 2INFN of Genova, Italy, 3IAPS-INAF of Roma, Italy

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6:15 - 6:30 Superconducting transport through graphene-based Josephson junction under near infrared photoexcitation TSUMURA Kohei1, FURUKAWA Naoki1, ITO Hironori2, WATANABE Eiichiro2, TSUYA Daiju2, TAKAYANAGI Hideaki1 1Tokyo University of Science, Japan, 2National Institute for Materials Science, Japan

3A-LS-O2 Sep 9 - Afternoon (4:30-6:30 PM) Large Scale - Superconducting machines and transformers Location: Rhône 1 Chairpeople: Xavier GRANADOS, Jean LEVEQUE 4:30 - 5:00 Design of Fully Superconducting Machines for Turbo-Electric Propulsion in Transportation Airplane MASSON Philippe1 1University of Houston, United States 5:00 - 5:15 Case study of a pole pair segment of HTS direct drive wind turbine generator MIJATOVIC Nenad1 1Dept. of Electrical Engineering, DTU, Denmark 5:15 - 5:30 2G HTS armature winding design for fully HTS machines ZHANG Min1, YUAN Weijia1, EASTHAM Fred1 1University of Bath, United Kingdom 5:30 - 5:45 Development of a 15 kW-class fully-superconducting synchronous generator QU Timing1, WU Qihong1, SONG Peng2, HONG Zhiyong3, SUN Renjun3, GU Chen2, HAN Zhenghe1 1Department of Mechanical Engineering, Tsinghua University, China, 2Applied Superconductivity Research Center, China, 3Shanghai Superconductor Technology Co., Ltd., China 5:45 - 6:00 Test of 6 kVA 3-Phase Flux-Transfer Type Current-Limiting Transformer ERTEKIN Ercan1, KOSA Janos1, YANMAZ Ekrem2, GECER Sahure1, SAFRAN Serap1, KILICARSLAN Ebru1, KILIC Ahmet1, GENCER Ali1 1Center of Excellence for Superconductivity Research, Turkey, 2Karadeniz Technical University, Turkey 6:00 - 6:15 Design and Implementation of a Laboratory-scale Superconducting DC transmission line for wind power generation system KIM Sung-Kyu1, DINH Minh-Chau1, GO Byeong-Soo1, KIM Chang-Soon1, PARK Minwon1, YU In-Keun1 1Changwon National University, South Korea 6:15 - 6:30 Gaseous Helium Circulation as an Alternative Cooling Method for HTS Power Devices PAMIDI Sastry1, GRABER Lukas1, KIM Chul Han1 1Florida State University, United States

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3A-LS-O3 Sep 9 - Afternoon (4:30-6:30 PM) Large Scale - Large magnets for high energy physics and fusion Location: Rhône 3+4 Chairpeople: Lucio ROSSI, Pierre VEDRINE 4:30 - 5:00 LHC Upgrade LAMONT Michael1

1CERN, Switzerland 5:00 - 5:30 High Field Magnets for a Future pp Collider GOURLAY Stephen1 1Lawrence Berkeley National Laboratory, United States 5:30 - 5:45 Detector Magnets for the 100 TeV Future Circular Collider, a first look TEN KATE Herman1, DUDAREV Alexey1, MENTINK Matthias1 1CERN, Switzerland 5:45 - 6:00 Current-Carrying Characteristics of the 100-kA HTS STARS Conductor TERAZAKI Yoshiro1, YANAGI Nagato2, ITO Satoshi3, HAMAGUCHI Shinji2, TAMURA Hitoshi2, MITO Toshiyuki2, HASHIZUME Hidetoshi3, SAGARA Akio2 1SOKENDAI (The Graduate University for Advanced Studies), Japan, 2National Institute for Fusion Science, Japan, 3Tohoku University, Japan 6:00 - 6:15 Development of a comprehensive thermal-hydraulic model for a DEMO TF coil NALLO Giuseppe Francesco1, BONIFETTO Roberto1, DICUONZO Ortensia1, MUZZI Luigi2, TURTU' Simonetta2, SAVOLDI Laura1, ZANINO Roberto1 1Politecnico di Torino, Italy, 2ENEA, Italy 6:15 - 6:30 Winding Pack Proposed for the TF and CS coils of European DEMO WESCHE Rainer1, SEDLAK Kamil1, BYKOVSKY Nikolay1, BRUZZONE Pierluigi1, ZANI Louis2, COLEMAN Matti3 1EPFL-CRPP, Switzerland, 2CEA, France, 3EUROfusion, Germany

3A-M-O1 Sep 9 - Afternoon (4:30-6:30 PM) Materials - Transport properties Location: Saint Clair 3 Chairpeople: Fritz KURTH, Martin RUPICH 4:30 - 5:00 Unusually high critical current of clean P- doped BaFe2Fe2 single crystalline thin film KURTH Fritz1, TARANTINI Chiara2, GRINENKO Vadim1, HAENISCH Jens3, JAROSZYNSKI Jan2, REICH Elke1, MORI Yasohiro4, SAKAGAMI Akihiro4, KAWAGUCHI Takahiko4, ENGELMANN Jan1, SCHULTZ Ludwig1, HOLZAPFEL Bernhard3, IKUTA Hiroshi4, HUEHNE Ruben1, IIDA Kazumasa4

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1IFW Dresden, Germany, 2ASC Tallahassee, United States, 3ITEP, KIT, Karlsruhe, Germany, 4Department of Crystalline Materials Science, Nagoya University, Japan 5:00 - 5:15 Comparative study of critical current properties in K, Co, and P-doped BaFe2As2 superconductors ISHIDA Shigeyuki1, SONG Dongjoon1, KIHOU Kunihiro1, NAKAJIMA Masamichi2, IYO Akira1, EISAKI Hiroshi1, SHIMOYAMA Jun-Ichi3 1AIST, Japan, 2Osaka University, Japan, 3Aoyama Gakuin University, Japan 5:15 - 5:30 Anisotropy of Critical Current Densities in Ag-sheath (Sr,K)Fe2As2 tapes AWAJI Satoshi1, NAKAZAWA Yushiro1, TSUCHIYA Yuji1, OGURO Hidetoshi1, WATANABE Kazuo1, LIN He2, YAO Chao2, ZHANG Xianping2, MA Yanwei2 1Tohoku University, Japan, 2Chinese Academy of Sciences, China 5:30 - 5:45 Detailed investigation of critical current density behaviour in FeSe0.5Te0.5 films synthesized by pulsed laser ablation KAWALE Shrikant1, BELLINGERI Emilio1, FERDEGHINI Carlo1, PUTTI Marina2 1CNR-SPIN Institute, Italy, 2CNR-SPIN and University of Genova, Italy 5:45 - 6:00 Controlling the critical current anisotropy of YBCO superconducting films by incorporating hybrid artificial pinning centers JHA Alok1, MATSUMOTO Kaname1, HORIDE Tomoya1, SAINI Shrikant2, MELE Paolo2, YOSHIDA Yutaka3, AWAJI Satoshi4 1Kyushu Institute of Technology, Japan, 2Hiroshima University, Japan, 3Nagoya University, Japan, 4Tohoku University, Japan 6:00 - 6:15 Granularity vs. vortex pinning: actual performance limitation of coated conductors as function of field, temperature and orientation MAYRALUNA Lao1, VLAD Valentina2, PARDO Enric3, ZEHETMAYER Martin1, USOSKIN Alexander4, STRÖMER Jan4, PAHLKE Patrick5, SIEGER Max5, HÜHNE Ruben5, CALLEJA Albert2, EISTERER Michael1 1Atominstitut, Vienna University of Technology, Austria, 2OXOLUTIA SL, Spain, 3Slovak Academy of Sciences, Slovakia, 4Bruker HTS, Germany, 5Institute for Metallic Materials, IFW Dresden, Germany 6:15 - 6:30 Engineered weak-links in superconducting films VALERIO Marlon1, MOTTA Maycon1, COLAUTO Fabiano1, ANDRADE Antonio Marcos2, JOHANSEN Tom Henning3, ORTIZ Wilson1 1Universidade Federal de São Carlos, Brazil, 2Universidade Federal do Rio Grande do Sul, Brazil, 3University of Oslo, Norway

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3A-WT-O1 Sep 9 - Afternoon (4:30-6:30 PM) Wires and Tapes - Coated conductors Location: Auditorium Lumière Chairpeople: Teresa PUIG, Venkat SELVAMANICKAM 4:30 - 5:00 Field and temperature scaling of the critical current density in commercial REBCO coated conductors SENATORE Carmine1, BONURA Marco1, MONDONICO Giorgio1, BARTH Christian1 1University of Geneva, Switzerland 5:00 - 5:30 High Magnetic Field Critical Current Measurements on Superconducting (RE)Ba2Cu3O7-δ Coated Conductors for Fusion Energy Applications BRANCH Paul1, HAMPSHIRE Damian1 1Durham University, United Kingdom 5:30 - 5:45 Influence of Highly Textured IBAD Based Template on In-Filed Current Transport Properties in GdBaCuO Coated Conductors KISS Takanobu1, TANEDA Takahiro2, TAKASAKI Ken1, TANAKA Kenta1, INOUE Masayoshi1, KATO Takeharu3, IZUMI Teruo2, SHIOHARA Yuh2 1Kyushu University, Japan, 2ISTEC-SRL, Japan, 3Japan Fine Ceramics Center, Japan 5:45 - 6:00 Continuous reel-to-reel inkjet printing of Ce0.9Zr0.1O2 and YBa2Cu3O7 layers for long length production of coated conductors VILARDELL Marta1, VLAD Valentina1, SINTAS Xavier1, RICART Susagna2, GRANADOS Xavier2, PUIG Teresa2, OBRADORS Xavier2, USOSKIN Alexander3, CALLEJA Albert1 1OXOLUTIA, S.L., Spain, 2Institut de Ciència de Materials de Barcelona, Spain, 3Bruker HTS, Germany 6:00 - 6:15 Preparation of YBCO film on conductive Nb-doped SrTiO3 and Ni buffered {100}<001> Cu/SS316 lamination tape DOI Toshiya1, HASHIMOTO Masayuki1, HORII Shigeru1, ICHINOSE Ataru2 1Kyoto University, Japan, 2CRIEPI, Japan 6:15 - 6:30 Fabrication of multi-filamentary coated conductors with high uniformity of Ic distribution and characterizations of magnetic relaxation properties MACHI Takato1, LIU Jin1, NAKANISHI Tsuyoshi1, IBI Akira1, IZUMI Teruo1 1ISTERA/ISTEC, Japan

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POSTER SESSIONS

Monday September 7, 2015 1A-E-P-01 Sep 7 - Afternoon (2:00-4:00 PM) Electronics - Microwave, THz devices and systems I Microwave quenching in DC-biased coplanar waveguide based on YBa2Cu3O7-δ thin film CHERPAK Nickolay (Mykola)1, GUBIN Alexey1, LAVRINOVICH Alexander1, VITUSEVICH Svetlana2 1O.Usikov IRE NAS of Ukraine, Ukraine, 2Peter Grünberg Institute, Forschungszentrum, Germany Development of superconducting microwave resonator with ultralow dielectric loss QIU Wei1, MAKISE Kazumasa1, TERAI Hirotaka1 1Advanced ICT Research Institute, National Institute Information and Communications Technology, Japan Circularly Polarized Terahertz Wave Generated by Inhomogeneous Intrinsic Josephson Junctions ASAI Hidehiro1, KAWABATA Shiro1 1National Institute of Advanced Industrial Science and Technology, Japan Broadband High-Tc Superconducting Terahertz Emitter Devices: A Comparison between Differently Shaped Devices DELFANAZARI Kaveh1, TAKANARI Kashiwagi2, TSUJIMOTO Manabu3, KITAMURA Takeo2, ASAI Hidehiro4, YAMAMOTO Takashi5, WILSON Wade6, KLEMM A. Richard6, HATTORI Toshiaki2, KADOWAKI Kazuo2 1University of Southampton, United Kingdom, 2University of Tsukuba, Japan, 3Kyoto University, Japan, 4National Institute of Advanced Industrial Science and Technology, Japan, 5National Institute of Materials Science, Japan, 6University of Central Florida, United States Terahertz generation with high-Tc Josephson junction arrays: simulations and experiments. MALNOU Maxime1, SHARAFIEV Aleksei1, PALMA Cheryl1, ULYSSE Christian2, FEVBRE Pascal3, LESUEUR Jérôme1, BERGEAL Nicolas1 1ESPCI - UMR8213, France, 2LPN-CNRS, France, 3LAHC Université de Savoie, France Prediction of resonant modes of Archimedean spirals on dielectric substrates HOOKER Jerris1, RAMASWAMY Vijaykumar2, ARORA Rajendra1, EDISON Arthur2, BREY William1 1Florida State University, United States, 2University of Florida, United States

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1A-E-P-02 Sep 7 - Afternoon (2:00-4:00 PM) Electronics - Metamaterials High-Temperature Superconducting Composite Right/Left-Handed Resonator LIU Hai1, WEN Pin1 1East China Jiaotong University, China Temperature Dependence of Characteristics in Composite Right- and Left-Handed Metamaterial LIU Hai1, ZHU Shuang1 1East China Jiaotong University, China Wideband and Low-Loss High-Temperature Superconducting Bandpass Filter Based On Metamaterial Stepped-Impedance Resonator LIU Hai-Wen1 1East China Jiaotong University, China Long-Distance Transfer and Routing of Static Magnetic Fields PRAT-CAMPS Jordi1, NAVAU Carles1, SANCHEZ Alvaro1 1Universitat Autònoma de Barcelona, Spain Imaging coherent response of a superconducting metasurface KARPOV Alexandre1, AVERKIN Alexander1, ZHURAVEL Alexander2, JUNG Philipp3, MALEEVA Natalia1, KOSHELETS Valery4, FILIPPENKO Ludmila4, USTINOV Alexey3 1National University of Science and Technology, Russia, 2B. Verkin Institute for Low Temp. Physics, Ukraine, 3Physikalisches Inst., Karlsruhe Institute of Technolgy, Germany, 4Kotel’nikov IRE RAS, Russia Research on Non-destructive Examination of Jacket Sections for CFETR Central Solenoid (CS) Model Coil LIU Xiaochuan1, WU Yu2, QIN Jinggang2, LI Liang2 1University of Science and Technology of China, China, 2Institute of Plasma Physics, CAS, china Characteristics of high-temperature YBCO metamaterials CHIU-HSIEN Wu1, CHIN-WEI Lin1 1Institute of Nanoscience, Taiwan (ROC)

1A-E-P-03 Sep 7 - Afternoon (2:00-4:00 PM) Electronics - Superconducting detectors I Temperature Dependence of Optical Response and The Under Irradiation I-V Characteristics of YBCO Grain-boundary Josephson Junctions ESMAEILI Mohaddeseh1, MOHAJERI Roya1, NAZIFI Rana1, VESAGHI Mohammad Ali1, FARDMANESH Mehdi1 1Sharif University of Technology, Iran

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Progress and Prospective of HEB Sensors Based on High-Tc Superconductors KARASIK Boris1, SERGEEV Andrei2 1Jet Propulsion Laboratory, United States, 2SUNY at Buffalo, USA Draining of Direct-Current and Radio-Frequency Heating in Hybrid SIS Devices SELIG Stefan1, WESTIG Marc2, JACOBS Karl1, SCHULTZ Michael1, HONINGH Cornelia1 1Universität zu Köln, Germany, 2CEA Saclay, France Period-doubling-bifurcations at 4.2 K in 3 GHz Nb thin-film resonators with Josephson nonlinearity KHABIPOV Marat1, MACKRODT Brigitte1, DOLATA Ralf1, ZORIN Alexander1 1Physikalisch-Technische Bundesanstalt, Germany High detection efficiency superconducting nanowire single photon detectors from visible to near infrared wavelengths LI Hao1 1Shanghai Institute of Microsystem & Information Technology, China 60 THz Hot Electron Bolometers with Nano-Antenna KAWAKAMI Akira1, HORIKAWA Junsei1, SHIMAKAGE Hisashi2, HYODO Masaharu3, TANAKA Shukichi1, UZAWA Yoshinori1 1National Institute of Information and Communications, Japan, 2Ibaraki University, Japan, 3Kanazawa University, Japan Local response of a superconducting single-photon detector in a scattering SNOM WANG Qiang1, RENEMA Jelmer1, ENGEL Andreas2, VAN EXTER Martin1, DE DOOD Michiel1 1Leiden University, Netherlands, 2University of Zurich, Switzerland Critical currents and detection efficiency of spiral SNSPDs in magnetic field CHARAEV Ilya1, LUSCHE Robert2, SEMENOV Alexei2, ILIN Konstantin1, SIEGEL Michael1 1Karlsruhe Institute of Technology (KIT), Germany, 2German Aerospace Centre (DLR), Germany Thickness Dependence of Composition and Electrical Properties for NbTiN Films Prepared on MgO Substrates ZHANG Lu1, WEI Peng1, YOU Xing1, WANG Zhen1 1Shanghai Institute of Microsystem & Information Technology, China Temperature dependence of subgap current in SIS junctions AZUMA Chiaki1, SAITO Atsushi1, KAITO Masami1, KAWAKAMI Akira2, OHSHIMA Shigetoshi1 1Yamagata University, Japan, 2National Institute of Information and Communications, Japan The modified observation of current density distribution in superconducting strip by scanning Hall-probe magnetic microscopy SI Fan1, WANG Sansheng1, ZHAO Yan1, HOU Huaan1 1Beihang University, China

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Fabrication and characteristics of high-Tc superconducting/magnetoresistive mixed sensors WANG Chih-Yi1, YANG Tien-Wei1, TSENG Chun-Chin1, WANG Li-Min1 1Nnational Taiwan University, Taiwan (ROC) Study of SSPD voltage response times over the range of its active areas. SIDOROVA Mariia1, DIVOCHIY Alexander2, VACHTOMIN Yury2, SMIRNOV Konstantin2 1Moscow State Pedagogical University, Russian Federation, 2CJSC “Superconducting nanotechnology”, Russian Federation Superconducting Detectors for Small Object Gravity Fields: Theoretical Concepts and First Experimental Results GULIAN Armen1, FOREMAN Joe2, NIKOGHOSYAN Vahan1, BURDETTE Chris1, SICA Lou1, TOLLAKSEN Jeff1, NUSSINOV Shmuel3 1Chapman University, United States, 2Independent Researcher, United States, 3Tel-Aviv University, Israel Scalable array of superconducting terahertz Nb nanobolometers with microwave bias and readout KUZMIN Artem1, SHITOV Sergey2, MERKER Michael1, ARNDT Matthias1, WUENSCH Stefan1, ILIN Konstantin1, USTINOV Alexey1, SIEGEL Michael1 1Karlsruhe Institute of Technology (KIT), Germany, 2NUST MISIS, Russia Is it possible to have superconducting magnetic sensors more sensitive than SQUIDs? GULIAN Armen1, NIKOGHOSYAN Vahan1 1Chapman University, United States Aluminum-Titanium bilayer for near-infrared Transition Edge Sensors LAPO Lolli1, SILVIA Giomi1, EMANUELE Taralli1, CHIARA Portesi1, MAURO Rajteri1, EUGENIO Monticone1 1INRIM, Italy Annealing effect on superconducting properties of Ti/Au TES MONTICONE Eugenio1, LOLLI Lapo1, PORTESI Chiara1, TARALLI Emanuele1, RAJTERI Mauro1 1INRIM, Italy Metallic Magnetic Calorimeter for Neutrinoless Double Beta Decay Search KANG Chan Seok1 1Institute fo Basic Science, South Korea

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1A-E-P-04 Sep 7 - Afternoon (2:00-4:00 PM) Electronics - SQUIDs & SQIFs I Ultra-Low Field High Tc SQUID NMR/MRI System with 77K Cooled Copper Flux Transformer TANAKA Saburo1, HIROSE Yuuya1, YAMAMOTO Masaaki1, TOYOTA Hirotomo1, KAWAGOE Satoshi1, HATTA Junichi1, ARIYOSHI Seiichiro1 1Toyohashi University of Technology, Japan Analysis of the flux modulation scheme for dc SQUID readout HONG Tao1, ZHANG Yi1, KRAUSE Hans1, BRAGINSKI Alex1, XIE Ming2, OFFENHÄUSSER Andreas1, JIANG Heng2 1Forschungszentrum Jülich, Germany, 2State Key Laboratory of Functional Materials for Informatics, Shanghai Institute, China Design and Implementation of Double Frequency Single Coil SQUID based Nondestructive Evaluation System SHANEHSAZZADEH Faezeh1, ROSTAMI Behnush1, SADEGHI Sanaz1, KALANTARI Nafise1, FARDMANESH Mehdi1 1Superconducting Electronics Research Lab., Iran Environmental Noise Cancelation by Bi-layer Active Shield in Liquid Nitrogen based Magnetocardiography SHANEHSAZZADEH Faezeh1, KALANTARI Nafise1, SARRESHTEDARI Farrokh2, FARDMANESH Mehdi1 1Superconducting Electronics Research Lab., Iran, 2University of Tehran, Iran Two-Dimensional Magnetic Field Modulation of Current-Voltage Characteristics of Various Shape Tunnel Junctions and Superconducting Quantum Interference Devices NAKAYAMA Akiyoshi1, ABE Susumu1 1Kanagawa University, Japan Imaging Magnetic-Nanoparticles-Targeted Tumors Using Low-Power Ultrasound Excitation JEN-JIE Chieh1, HERNG-ER Horng1, KAI-WEN Huang2, PEI- YI Hsiao1, HONG-CHANG Yang1 1National Taiwan Normal University, Taiwan (ROC), 2National Taiwan University Hospital, Taiwan (ROC) In-vivo Multifunctional Imaging by the Endoscope Type of Scanning SQUID Biosusceptometry HERNG-ER Horng1, JEN-JIE Chieh1, KAI-WEN Huang2, PEI- YI Hsiao1, HONG-CHANG Yang1 1National Taiwan Normal University, Taiwan (ROC), 2National Taiwan University Hospital, Taiwan (ROC) Proximity Effect Driven Reversibility in Superconducting Constrictions KUMAR Nikhil1, FOURNIER T.2, COURTOIS H.2, WINKELMANN C.2, GUPTA Anjan1 1Indian Institute of Technology, Kanpur, India, India, 2Institute Neel, CNRS and University Joseph Fourier, France

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A numerical study of magnetization loops of type-II superconductors in SQUID-based ultralow field nuclear magnetic resonance HWANG Seong-Min1, KIM Kiwoong1, YU Kwon Kyu1, LEE Seong-Joo1, SHIM Jeong Hyun1, KOERBER Rainer2, BURGHOFF Martin2 1Korea Research Institute of Standards and Science, South Korea, 2Physikalisch-Technische Bundesanstalt, Germany The Study of T1/T2-Relaxation Time of Magnetic Fluid in Ultra-Low Field MRI and 7T-MRI LIAO Shu-Hsien1, LAI Jui-Tse1, WANG Ming-Wei1, CHIEH Jen-Jie1, YANG Hong-Chang1, HORNG Herng-Er1 1National Taiwan Normal University, Taiwan (ROC) High-Tc SQUID detected low-field NMR and MRI YANG Hong-Chang1, LIAO Shu-Hsien1, LAI Jui-Tse1, HUANG Kai-Wen2, CHIEH Jen-Jie1, HORNG Herng-Er1 1National Taiwan Normal University, Taiwan (ROC), 2National Taiwan University Hospital, Taiwan (ROC)

1A-LS-P-01 Sep 7 - Afternoon (2:00-4:00 PM) Large Scale - SMES Development progress of a superconducting fault current limiter-magnetic energy storage system WENYONG Guo1 1Institute of Electrical Engineering, Chinese Academy of Sciences, China Design of a 1.5-MJ HTS-SMES Magnet LI Yi1, QU Timing1, GU Chen1, FENG Feng1, HAN Zhenghe1 1Tsinghua University, China Development of two HTS SMES magnet. PASQUET Raphaël1, BADEL Arnaud2, BROMMER Volker3, CICERON Jeremie2, FOREST Frederick1, SCHNEIDER Markus3, TIXADOR Pascal2, VOISIN Emmanuel1 1SigmaPhi, France, 2University Grenoble Alpes, France, 3ISL, France Hybrid Superconducting Magnetic Device: Energy storage, fault current limiting and magnetic separation WOLFUS Shuki1, NIKULSHIN Yasha1, FRIEDMAN Alex1, PEREL Eliezer1, YESHURUN Yosef1 1Bar-Ilan University, Israel Detailed Modeling of SMES considering AC loss of Superconducting Magnet LIU Yang1, TANG Yuejin1, SHI Jing1, GONG Kang1, REN Li1 1Huazhong University of Science and Technology, China Application of Distributed Hybrid Energy Storage System Consist of SMES in Micro-Grid GONG Kang1, SHI Jing1 1Huazhong University of Science and Technology, China

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Mechanical Stress Property of a Large Scale HTS SMES LEE Ji-Young1, LEE Seyeon1, KIM Yungil1, PARK Sang Ho1, CHOI Kyeongdal1, LEE Ji-Kwang2, HONG Gye-Won1, KIM Woo-Seok1 1Korea Polytechnic Unversity, South Korea, 2Woosuk University, South Korea Design and Test of High-Tc Superconducting Power Converting System Considering Various Operating Modes of Heater Triggered Switches LEE Jeyull1, PARK Young Gun1, JO Hyun Chul2, HO MIN Kim3, CHUNG Yoon Do4, YONG Chu5, YOON Yong Soo6, KO Tae Kuk1 1Yonsei University, South Korea, 2Institute for Basic Science, South Korea, 3Jeju National University, South Korea, 4Suwon Science College, South Korea, 5National Fusion Research Institute, South Korea, 6Shin Ansan University, South Korea Constant Field Toroidal SMES Magnet RADOVINSKY Alexey1, BROMBERG Leslie1, MINERVINI Joseph1, MICHAEL Philp1, SERVAIS Thomas2, FORTON Eric2, PEARSON Emma2 1Massachusetts Institute of Technology, United States, 2Ion Beam Applications S.A., Belgium Conceptual Design of High Tc Superconducting Magnetic Energy Storage System for Transient Stability of Power System BRAHMACHARY Poulomi1, RAO Vasudeva1 1Applied Superconductivity Laboratory, Cryogenic Engineering Center, India

1A-LS-P-02 Sep 7 - Afternoon (2:00-4:00 PM) Large Scale - Grid & Transformers Economical analysis of the toroid-type HTS DC reactor compared with conventional DC reactor KIM Kwangmin1, PARK Minwon1, YU In-Keun1, KIM Arong2 1Changwon National University, South Korea, 2Research Institute of Industrial Science & Technology, South Korea Superconducting stabilizer for embedded DC electrical grid DOUINE Bruno1, DIDIER Gaetan1, HUANG Guanbin1, NAHIDMOBARAKEH Babak1, PIERFEDERICI Serge1 1Université de Lorraine, France Design and experimental investigation of a model of 12 kVA superconducting transformer for low voltage network WOJTASIEWICZ Grzegorz1, JANOWSKI Tadeusz1, KOZAK Slawomir1, KOZAK Janusz1, MAJKA Michal1, KONDRATOWICZ-KUCEWICZ Beata1 1Electrotechnical Institute in Warsaw, Poland Superconducting transformers in low and medium voltage distribution network with renewable energy sources JANOWSKI Tadeusz1, WOJTASIEWICZ Grzegorz1, KOZAK Slawomir1, KOZAK Janusz1, MAJKA Michal1, KONDRATOWICZ-KUCEWICZ Beata1 1Electrotechnical Institute in Warsaw, Poland

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Vector-potential transformer with supercond. secondary coil DAIBO Masahiro1, OSHIMA Shuzo1, SASAKI Yoichi1 1Iwate University, Japan Prospects for HTS transformers in the grid: AC loss and economics STAINES Mike1, PARDO Enric2, JOLLIFFE Liam1, PANNU Mohinder3, GLASSON Neil4 1Victoria University of Wellington, New Zealand, 2Electrical Engineering Institute, Slovakia, 3Wilson Transformer Company, Australia, 4Callaghan Innovation, New Zealand Protection scheme for the first demonstration of 154 kV HTS cable at a live power grid in Korea LEE Seung Ryul1, LEE Jong-Joo1, YOON Jaeyoung1, PARK Minwon2, KANG Yeon Woog3 1KERI (Korea Electrotechnology Research Institute), South Korea, 2Changwon University, South Korea, 3KEPCO Research Institute, South Korea Development of a novel adaptive distance relay considering the operation of 154 kV SFCL using a Real-Time Controller LEE Jong Joo1, LEE Seung Ryul1, YOON Jea-Young1, KANG Yeon Woog2 1Korea Electrotechnology Research Institute, South Korea, 2Korea Electric Power Corporation, South Korea An Intelligent Monitoring System on the HTS Transformer Based on its Physical, Dynamic Characteristics CHOI Sungyun1 1Korea Electrotechnology Research Institute, South Korea Development of small scale supercond. transformer prototype MACHADO JUNIOR Paulo1, POLASEK Alexander2, SOTELO Guilherme1, MARTINS Helvio2, DIAS Daniel1 1Fluminense Federal University, Brazil, 2Electrical Energy Research Center, Brazil Simulation of Resistive Superconducting Fault Current Limiters Operation in a Power Distribution System Expansion Scenario MAFRA Gabriel1, SOUSA Wescley2, SOTELO Guilherme1, FORTES Marcio1, DE ANDRADE JR. Rubens2 1Fluminense Federal University, Brazil, 2Federal University of Rio de Janeiro, Brazil Switching and Decoupling Effects in a Single-Phase Transformer Using Extra DC Current GECER Sahure1, KOSA Janos1, YANMAZ Ekrem2, ERTEKIN Ercan1, SAFRAN Serap1, KILICARSLAN Ebru1, KILIC Ahmet1, GENCER Ali1 1Ankara University, Turkey, 2Karadeniz Technical University, Turkey High Tc Superconducting Magnetic Energy Storage System for Stabilization of Indian Power Grid RAO V V1, BHOWMICK Barin De2, BRAHMACHARY Poulomi1, RAO S B R2, SUNDARAN Akhil2 1IIT Kharagpur, India, 2Powergrid Corporation of India, India

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1A-LS-P-03 Sep 7 - Afternoon (2:00-4:00 PM) Large Scale - Electric insulation for superconducting devices Investigation of Thermal Conductivity of Syntactic Foam at 77 K WINKEL Daniel1, SEIBEL Stefan1, PUFFER Ralf1, SCHNETTLER Armin1 1RWTH Aachen University, Germany Investigation of the flashover voltage of thin polymer films in liquid nitrogen BAUER Christian1, BRÜSTLE Roman1, BONIN Richard1, HUMPERT Christof1 1Cologne University of Applied Sciences, Germany Sensitivity analysis of breakdown voltage calculations for liquid nitrogen HILL Nicholas1, BLAZ Michael1, KURRAT Michael1 1Technische Universität Braunschweig, Germany Breakdown characteristics of liquid nitrogen in strongly inhomogeneous electric fields HAERST Martin1, BONIN Richard1, HUMPERT Christof1 1Cologne University of Applied Sciences, Germany 3D Printed Cryogenic High Voltage Devices FINK Stefan1, BAGRETS Nadezda1, FUHRMANN Uwe2, LANGE Christian1, MUELLER Ralf2, WEISS Klaus-Peter1, ZWECKER Volker1 1Karlsruhe Institute of Technology (KIT), Germany, 2FZK, Germany Pressure Dependence and Size Effect of Dynamic Breakdown Characteristics of LN2 under Transient Electrical/Thermal Combined Stress HAYAKAWA Naoki1, MATSUOKA Tatsuya1, ISHIDA Kazuki1, KOJIMA Hiroki1, ISOJIMA Shigeki2, KUWATA Minoru3 1Nagoya University, Japan, 2Sumitomo Electric Industries, Ltd., Japan, 3Nissin Electric Co, Ltd., Japan PE300 Cryogenic High Voltage Insulators BAGRETS Nadezda1, FINK Stefan1, ZWECKER Volker1, WEISS Klaus-Peter1 1Karlsruhe Institute of Technology (KIT), Germany Electrical Tree Initiation of Epoxy Resin in LN2 for Superconducting Magnet Insulation DU Boxue1, ZHANG Miaomiao1, XIN Ying1, JIN Jianxun1 1Tianjin University, China

1A-LS-P-04 Sep 7 - Afternoon (2:00-4:00 PM) Large Scale - Cryogenics Design, test and validation of thermometric chains for ITER Magnets MANZAGOL Jean1, ATTARD Anthony1, BIZEL-BIZELLOT Louis1, BONNAY Patrick1, DEVRED Arnaud2, GIRARD Alain1, HUYGEN Sebastien2, JOURNEAUX Jean-Yves2 1Univ. Grenoble Alpes / CEA, France, 2ITER Organization, France

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New facility for the cryogenic test of ITER CC 10 kA current leads at ASIPP DING Kaizhong1, FENG Hansheng1, LIU Chenglian1, DU Qing1, KUN Lu1 1ASIPP(CN), China Commercial pulse tube cryocoolers producing 330 W and 1000 W at 77 K for liquefaction. CAUGHLEY Alan1, EMERY Nick1, NATION Michael1, REYNOLDS Hugh2, BOYLE Christopher2, MEIER Jonas2, TANCHON Julien3, ALLPRESS Nathan1, BRANJE Patrick1, KIMBER Andrew1 1Callaghan Innovation, New Zealand, 2Fabrum Solutions, New Zealand, 3Absolut System, France Thermal and structural design of a cryogen-free cooling system for a HTS NMR magnet IN Sehwan1, HONG Yong-Ju1, YEOM Hankil1, KO Junseok1, KIM Hyobong1, PARK Seong-Je1 1Korea Institute of Machinery and Materials, South Korea Circulation test of liquid nitrogen for long superconducting DC power transmission lines WATANABE Hirofumi1, IVANOV Yury1, HAMABE Makoto1, CHIKUMOTO Noriko1, KAWAHARA Toshio1, TAKANO Hirohisa1, YAMAGUCHI Satarou1 1Chubu University, Japan Thermosiphon effect during cooling test of 200m DC HTS cable facility IVANOV Yury1, WATANABE Hirofumi1, CHIKUMOTO Noriko1, HAMABE Makoto1, TAKANO Hirohisa1, SUN Jian1, YAMAGUCHI Satarou1 1Chubu University, Japan Development of a liquid hydrogen recirculation test facility for evaluation of superconducting conductor cooled by a forced flow of liquid hydrogen TATSUMOTO Hideki1, SHIRAI Yasuyuki2, SHIOTSU Masahiro2, NARUO Yoshihiro3, KOBAYASHI Hiroaki3, NONAKA Satoshi3, INATANI Yoshifumi3 1Japan Atomic Energy Agency, Japan, 2Kyoto University, Japan, 3JAXA, Japan Development of a cryogenic hydrogen pump with dynamic gas bearings TATSUMOTO Hideki1, OHTSU Kiichi1, KAWAKAMI Yoshihiko1 1Japan Atomic Energy Agency, Japan Design and Implementation of closed cooling system for the Power Grid Operation of 22.9 kV HTS Cable LIM Ji Hyun1, SOHN Song Ho1, YIM Seong Woo1, JUNG Se Yong1, YANG Hyeong Suk1, HAN Sang Chul1 1Korea Electric Power Corporation Research Institute, South Korea

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HTS based electrical devices with low cryo-consumption: development of concepts USOSKIN Alexander1, RAO Vasudeva2, PANTSYRNY Victor3, SYTNIKOV Victor4, KOLOSKOV Sergej3, DIETRICH Reinhard1 1Bruker HTS, Germany, 2Cryogenic Engineering Centre, India, 3Russian Superconductors OAO, Russia, 4Fegeral Grid Company, Russia Design and Analysis of CFETR CSMC Cooling Loop HAO Qiangwang1, WU Yu1, SHI Yi1, LIU Bo1 1Institute of Plasma Physics, CAS, China Test of the cooling system for the 154 kV class SFCL. YEOM Hankil1, HONG Yong-Ju1, IN Sehwan1, KO Junseok1, KIM Hyobong1, PARK Seong-Je1 1KIMM, South Korea Carbon veils as an MLI spacer for high vacuum in long length Dewars BAILEY Wendell1, PELEGRIN Jorge1, BEDUZ Carlo1, YANG Yifeng1 1University of Southampton, United Kingdom Variable Temperature Helium Refrigerator/Liquefier for NIFS Superconducting Magnet Test Facility HAMAGUCHI Shinji1, IWAMOTO Akifumi1, TAKAHATA Kazuya1, TAKADA Suguru1, IMAGAWA Shinsaku1, MITO Toshiyuki1, MORIUCHI Sadatomo1, OBA Koki1, TAKAMI Shigeyuki1, HIGAKI Haruhiro2, KUMAKI Takuya2, NADEHARA Koji2 1National Institute for Fusion Science, Japan, 2Taiyo Nippon Sanso Corporation, Japan

1A-LS-P-05 Sep 7 - Afternoon (2:00-4:00 PM) Large Scale - Fusion and detector magnets Multi-scale Stress Analysis and Study of 3D Fitting Structure on a Superconducting Coils for the Helical Fusion Reactor TAMURA Hitoshi1, YANAGI Nagato1, TAKAHATA Kazuya1, SAGARA Akio1, ITO Satoshi2, HASHIZUME Hidetoshi2 1National Institute for Fusion Science, Japan, 2Tohoku University, Japan MgB2 conductors for low field coils and feeders in fusion energy reactors BAGNI Tommaso1, DIJKSTRA Marcel1, ZHOU Chao1, DEVRED Arnaud2, YU Wu3, JINGGANG Qin3, PRADHAN Subrata4, SUMPTION Michael5, TOMSIC Michael6, RINDFLEISCH Matt6, HAUGAN Timothy7, HOSSAIN Shahriar8, NIJHUIS Arend1 1University of Twente, Netherlands, 2ITER Organization, France, 3Institute of Plasma Physics, China, 4Institute for Plasma Research, India, 5Ohio State University, United States, 6Hyper Tech Research, United States, 7US Air Force Research Laboratory, United States, 8University of Wollongong, Australia Syudy on HTS Coil for Hybrid Central Solenoid of Fusion Device ZHENG Jinxing1, SONG Yuntao1, LIU Xufeng1, HUANG Xiongyi1, KANG Rui1 1Chinese Academy of Sciences, China

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Numerical and experimental investigations on optimizing the compounding technology for insulation of the superconducting coil PF1carried out on numerical models and working mock-ups SENIK Kostantin1, GRIGORIEV Sergey1, RODIN Igor1, BURSIKOV Andrey1, PISHCHUGIN Alexey2, BARANOVA Elena2, TANCHUK Victor1 1Efremov Institute (NIIEFA), Russia, 2"Sredne-Nevskiy Shipyard" (JSC), Russia High Temperature Superconducting Coils (HTS) in a Compact Spherical Tokamak- Status and Progress MELHEM Ziad1, BALL Steven1, BRZAKALIK Robin1, CHAPPELL Steve1, FANTHOME John2, GRYAZNEVICH Mikhail2, HAWKSWORTH David3, JEDAMZIK Dieter1, JOKINEN Antti2, KINGHAM David2, SYKES Alan2, TWIN Andrew1 1Oxford Instruments, United Kingdom, 2Tokamak Energy, United Kingdom, 3Tojkamak Energy, United Kingdom Design of terminations for ITER magnet busbars BEEMSTERBOER Cornelis1, ILYIN Yuri1, GUNG Chen-Yu1, FAREK Jaromir1, CHEN Yonghua1, SU Man1, CLAYTON Nicholas1, DEVRED Arnaud1, WEN Xinjie2, LU Kun2 1ITER Organization, France, 2Institute of Plasma Physics, CAS, China Magnetic Determination of the Current Center Line for the Superconducting ITER Toroidal Field Coils: Results on a Double Pancake Prototype GABARD Alexander1, LERCH Philippe1, FELDER Roland1, SANFILIPPO Stéphane1, SIDOROV Serguei1 1Paul Scherrer Institut PSI, Switzerland Design of a 50 GJ Twin Solenoid Detector Magnet for the Future Circular Collider MENTINK Matthias1, DUDAREV Alexey1, PAIS DA SILVA Helder1, TEN KATE Herman1 1CERN, Switzerland Structural Design and Stress Analysis of the CFETR CS Model Coil HAN Peng1, WU Yu1, XU Hua1, HAN Xiang1 1Institute of Plasma Physics, CAS, China

1A-LS-P-06 Sep 7 - Afternoon (2:00-4:00 PM) Large Scale - HTS magnets I Towards fabrication and test of HTS inserts at 4 K in high magnetic field resistive magnets within the french Nougat project CHAUD Xavier1, DEBRAY François1, BENKEL Tara2, BADEL Arnaud3, TIXADOR Pascal3, FAZILLEAU Philippe4, BORGNOLUTTI Franck4 1LNCMI - CNRS / Univ. Grenoble Alpes, France, 2G2Elab, LNCMI - CNRS / Univ. Grenoble Alpes, France, 3G2Elab, IN - CNRS / Univ. Grenoble Alpes, France, 4CEA / IRFU / SACM, France

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Performance Test of Cryogen-Free Bi-2223 HTS Dipole Magnet for Beam Line Switching YOSHIDA Jun1, HASHIMOTO Atsushi1, MITSUBORI Hitoshi1, MIKAMI Yukio1, WATAZAWA Keiichi1, HATANAKA Kichiji2, UEDA Hiroshi2, FUKUDA Mitsuhiro2, YORITA Tetsuhiko2, UENO Eisaku3, KATO Takeshi3 1Sumitomo Heavy Industries, Ltd., Japan, 2Osaka University, Japan, 3Sumitomo Electric Industries, Ltd., Japan Flux pumping method for magnetization of YBCO coils FU Lin1, MATSUDA Koichi1, COOMBS Tim1 1Department of Engineering, Cambridge University, United Kingdom Protection design for a 10 T HTS insert FAZILLEAU Philippe1 1CEA Saclay, France Design and experimental demonstration of an YBCO toroidal magnet REN Li1, LIU Hao1, DENG Xuzhi1 1Huazhong University of Science and Technology, China Design of a Superconducting Magnet for Lorentz Force Electrical Impedance Tomography (LFEIT) SHEN Boyang1, FU Lin1, COOMBS Timothy1 1University of Cambridge, United Kingdom Design of a rectangular superconducting magnet system based on optimization techniques ZHANG Heng1, HONG Zhiyong2, COOMBS Tim1 1University of Cambridge, United Kingdom, 2Shanghai Jiao Tong University, China A compact large-aperture HTS magnet for neutron scattering. HUANG T1, FEE M1, CHAMRITSKI V1, MITCHELL J1 1HTS-110, New Zealand Operating HTS coils in peristent mode TIM Coombs1, GENG Jianzhao1, FU Lin1, MATSUDA Koichi2 1Cambridge University, United Kingdom, 2Magnifye Ltd, United Kingdom Novel Quench Modeling of Spirally Wound HTS Pancake Coils with and without Insulation SONG Honghai1, WANG Yawei1 1FRIB/MSU, United States An option of HTS for CFETR TF conceptual design LIU Xufeng1 1Institute of Plasma Physics, CAS, China Discharge Characteristics and Control Strategy Optimization of Multi-module HTS Pulsed Power Supply DAI Qi1, TANG Yuejin1, WANG Zuoshuai1 1R&D Center of Applied Superconductivity; State Key Lab. of AEET, China

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A 4T HTS Magnetic Field Generator, Conduction Cooled, for Condensed Matter Studies by Neutron Scattering DOBRIN Ion1, CHERNIKOV Aleksander2, KULIKOV Sergey2, ALEKSANDER Buzdavin2, MOREGA Alexandru3, NEDELCU Adrian1, MOREGA Mihaela3, CULICOV Otilia2, POPOVICI Iuliu1, DOBRIN Andrei1 1National Institute for Research and Development in Electrical Engineering, Romania, 2Joint Institute for Nuclear Research, Russia, 3University Politechnica Bucharest, Romania 2G HTS insert coil and its quench protection POLYAKOV Alexey1, SHCHERBAKOV Vladimir1, SURIN Mikhail1 1Kurchatov's Institute, Russia Energizing a 2G HTS coil in Persistent Current Mode by a Flux Pump LEE Seyeon1, KIM Woo-Seok1, KIM Yungil1, LEE Ji-Young1, PARK Sang Ho1, HONG Gye-Won1, LEE Ji-Kwang2, HAN Jinho1, CHOI Kyeongdal1 1Korea Polytechnic Unversity, South Korea, 2Woosuk University, South Korea Developments of HTS levitation coil with conduction cooling by using heat pipes KAWAGOE Akifumi1, TOMOYA Osako1, TOSHIYUKI Mito2, YANAGI Nagato2, HIRANO Naoki3 1Kagoshima University, Japan, 2National Institute for Fusion Science, Japan, 3Chubu Electric Power Co., Inc., Japan

1A-LS-P-07 Sep 7 - Afternoon (2:00-4:00 PM) Large Scale - Transmission and Distribution Cables I Critical current and current feeding test of a 200-meter high temperature superconducting dc power cable system SUN Jian1, MIYATA Seiki1, YAMAGUCHI Satarou1, HAMABE Makoto1, WATANABE Hirofumo2, TOSHIO Kawahara2, CHIKUMOTO Noriko1 1Chubu University, Japan, 2Chubu Electric Power Co., Inc., Japan The Basic Dielectric Characteristics of Insulating Materials for HTS DC Cable System KIM Woojin1, KIM Haejong2, CHO Jeonwook2, CHOI Yeon Suk3, KIM Sanghyun4 1Center for Advanced Power Systems, Florida State University, United States, 2Korea Electrotechnology Research Institute, South Korea, 3Korea Basic Science Institute, South Korea, 4Gyeongsang National University, South Korea Quench propagation in helium gas cooled MgB2 cables GIANNELLI Sebastiano1, MONTENERO Giuseppe1, BALLARINO Amalia1 1CERN, Switzerland

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Temperature and Pressure Simulation of a 1.5km HTS Power Cable Cooled by Sub-cooled LN2 with Fault Current. YASUI Tetsuo1, SATO Yusuke1, AGATSUMA Koh1, ISHIYAMA Atsushi1, WANG Xudong2, OHYA Masayoshi3, MASUDA Takato3, HONJO Shoichi4 1Waseda University, Japan, 2High Energy Accelerator Research Organization, Japan, 3Sumitomo Electric Industries, Ltd., Japan, 4Tokyo Electric Power Company, Japan Study on suitable cable structure of HTS tri-axial cable with counter cooling for long-distance power transmission MIYAGI Daisuke1, AKITA Masashi1, KITAYA Daiki1, SAKAKIBARA Ryoji1, TSUDA Makoto1, HAMAJIMA Takataro1 1Tohoku University, Japan R&D of 10 kA class MgB2 cable of small Ic degradation in manufacturing process YAMADA Shuichi1, HISHINUMA Yoshimitsu1 1National Institute for Fusion Science, Japan Cooling system design and operating method of superconducting cables for railway systems TOMITA Masaru1, SUZUKI Kenji1, FUKUMOTO Yusuke1, ISHIHARA Atsushi1, AKASAKA Tomoyuki1, KOBAYASHI Yusuke1, MAEDA Atsushi1 1Railway Technical Research Institute, Japan Effect of Turbulent Flow on Pressure Drop and Heat Transfer Rate Behavior in Internally Cooled High Temperature Superconducting (HTS) Cables with Different Corrugation Geometries GADEKULA Rajesh Kumar1, DONDAPATI Raja Sekhar1, USURUMARTI Preeti Rao2 1Lovely Professional University, India, 2Department of Mechanical Engineering, India Comparison of AC-losses of superconducting power cables based on YBCO- and BSCCO-material measured in a setup with serial connection of the tapes ELSCHNER Steffen1, BERGER Kevin2, GRILLI Francesco3, KUDYMOW Andrej3, STRAUSS Severin3, GOLDACKER Wilfried3 1Mannheim University of Applied Science, Germany, 2Université de Lorraine, France, 3Karlsruhe Institute of Technology (KIT), Germany Pressure drop and heat transfer analysis of HTS cables with multi-phase flow of liquid nitrogen using computational fluid dynamics (CFD) SUNIL Karthik1, CHEMIKALA Prudhvinath Reddy1, USURUMARTI Preeti Rao2, DONDAPATI Raja Sekhar1 1Lovely Professional University, India, 2PVKK Institute of Technology, India Influence of Critical Pressures on Mechanical Behavior of High Temperature Superconducting (HTS) cables VYAS Gaurav1, SYED MAHOBOOB Idris1, USURUMARTI Preethirao1, DONDAPATI Raja Sekhar1 1Lovely Professional University, India

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1A-LS-P-08 Sep 7 - Afternoon (2:00-4:00 PM) Large Scale - Motors & Generators I Design of HTS axial generator for wind power application AILAM El Hadj1, HOCINE Abdelfettah1 1Univ Khemis Miliana, LESI Lab., Algeria 1 MW HTS 2G Generator for Wind Turbines KOVALEV Konstantin1, POLTAVETS Vladimir1, ILYASOV Roman1, VERZHBITSKY Leonid2, KOZUB Sergey3 1Moscow Aviation Institute, Russia, 2JSC “Scientific-Research Institute of Electromechanical Plant, Russia, 3Institute for High Energy Physics, Russia Comparative Study on Electrical Design of 10 MW HTS Wind Turbine Generators XU Yuanyuan1, MAKI Naoki1, IZUMI Mitsuru1 1Tokyo University of Marine Science and Technology, Japan Novel Electro-Mechanical Homopolar Energy Converter and Counter Rotating Motor Testing SERCOMBE David1, MATSEKH Arkadiy1, KELLS John1, FUGER Rene1, GUINA Ante1, CHU Grace1, FABIAN Cesimiro1, LABES Kurt1, LISSINGTON Tony1 1Guina Energy Technologies PTY LTD, Australia Superconducting DC Homopolar Motor with Liquid Metal Sliding Contact: Stationary Testing and Dynamic Behaviour MATSEKH Arkadiy1, KELLS John1, FABIAN Cesimiro1, GUINA Ante1, LISSINGTON Tony1, FUGER Rene1, SERCOMBE David1, CHU Grace1, LABES Kurt1 1Guina Energy Technologies PTY LTD, Australia Analysis and Comparison of Flux-Concentrating HTS Permanent Magnet Vernier Machines for Wind Power Generation ZHANG Yang1, LIN Heyun1, FANG Shuhua1 1Engineering Research Center for Motion Control of MOE, Southeast University, China Design of 10MW superconductor wind turbine generator to improve power density using analytical method JEONG Jae-Sik1, KIM Hae-Joong1, HONG Jung-Pyo1, JO Young-Sik2 1Hanyang university, South Korea, 2Superconductivity Research Center, South Korea Impact of Conductor Performance on the Design of HTS Wind Generators NYANTEH Yaw1, MASSON Philippe1 1University of Houston, United States Cyclone Initiative: A 2 Year Plan for Real World Applications of Superconductors PEREZ Nayam1, GRANT Motthershaw1, PAEZ Maria Violeta1, ZAMORA, Aaron1, NWACHUKWU Ike1, MASSON Philippe1 1University of Houston, United States

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1A-M-P-01 Sep 7 - Afternoon (2:00-4:00 PM) Materials - Transport I Temperature dependence of the film cooling time deduced from the time of nucleation of a dissipative zone in a superconducting YBa2Cu3O7 Filament HARRABI Khalil1 1Physics Department, King Fahd University of Petroleum Minerals, Saudi Arabia Electrical percolation in MgB2-La0.7Sr0.3MnO3 composites: evidence for a superconducting long-range proximity effect in the half-metallic manganite KONONENKO Victoria1, TARENKOV Vladimir1, BELOGOLOVSKII Mikhail2, SCHMIDT Stefan3, SEIDEL Paul3 1Donetsk Institute for Physics and Engineering, Ukraine, 2Institute for Metal Physics, Ukraine, 3Institut für Festkörperphysik, FSU Jena, Germany Oxygen Isotope Effects on Lattice Properties of La_{2-x}Ba_{x}CuO_{4} (x = 1/8) GUGUCHIA Zurab1, SHEPTYAKOV Denis2, POMJAKUSHINA Ekaterina3, CONDER Kazimierz3, KHASANOV Rustem1, SHENGELAYA Alexander4, SIMON A5, BUSSMANN-HOLDER Annette5, KELLER Hugo6 1Laboratory for Muon Spin Spectroscopy, Paul Scherrer, Switzerland, 2Laboratory for Neutron Scattering and Imaging, Paul Scherrer, Switzerland, 3Laboratory for Developments and Methods, Paul Scherrer, Switzerland, 4Department of Physics, Tbilisi State University, Georgia, 5Max Planck Institute for Solid State Research, Germany, 6Physik-Institut der Universitat Zurich, Winterthur, Switzerland Effect of Terbium Substitution on Structure, Ru valence, and Magnetic Properties of RuSr2(Eu1.2Ce0.8)Cu2O10-δ LEE Ho Keun1, AHN Docheon2, KIM Yong-Il3 1Kangwon National University, South Korea, 2Pohang Accelerator Laboratory, South Korea, 3Korea Research Institute of Standards and Science, South Korea Influence of n-value and rise rate on the Magnetic Field Penetration in HTS Bulks DOUINE Bruno1, BERGER Kevin1, LEVEQUE Jean1, BONNARD Charles-Henri2, SIROIS Frederic2, KAMENI Abelin3 1Université de Lorraine, France, 2Ecole Polytechnique de Montreal, Canada, 3Université Paris Sud, France Superconductivity in Iridium based compounds CaIr2 and SrIr2 YANPENG Qi1, CLAUDIA Felser1 1Max Planck Institute for Chemical Physics of Solids, Germany Trapped magnetic-field property and microstructure of highly dense MgB2 bulk doped with Ti YOSHIDA Takafumi1, MOCHIZUKI Hidehiko1, FUJISHIRO Hiroyuki1 1Iwate University, Japan

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Flux jumps in pulse magnetized HTS annuli KOROTKOV Vasily1, KRASNOPEROV Evgeniy2, KARTAMYSHEV Alexander1 1National research Center "Kurchatov Institute", Russia, 2Moscow Institute of Physics and Technology, Russia Influence of soft ferromagnetic materials on the magnetic flux density above large grain, bulk high temperature (RE)BCO superconductors: measurements and modelling PHILIPPE Matthieu1, AINSLIE Mark2, FAGNARD Jean-Francois1, WÉRA Laurent1, DENNIS Anthony2, SHI Yunhua2, CARDWELL David2, MORITA Mitsuru3, NARIKI Shinya3, TESHIMA Hidekazu3, VANDERHEYDEN Benoit1, VANDERBEMDEN Philippe1 1SUPRATECS, University of Liège, Belgium, 2Bulk Superconductivity Group, Univ. of Cambridge, United Kingdom, 3Nippon Steel & Sumitomo Metal Corporation, Japan Selective magnetic field invasion into HTS bulk magnets in pulse field magnetizing processes OKA Tetsuo1, HARA Kensuke1, OGAWA Jun1, FUKUI Satoshi1, SATO Takao1, YOKOYAMA Kazuya2, MURAKAMI Akira3, LANGER Marco4 1Niigata University, Japan, 2Ashikaga Institute of Technology, Japan, 3Ichinoseki National College of Technology, Japan, 4IFW Dresden, Germany Overcoming the adverse effects of granularity on the critical current density in iron-based superconductors HECHER Johannes1, BAUMGARTNER Thomas1, WEISS Jeremy2, JIANG Jianyi2, KAMETANI Fumitake2, TARANTINI Chiara2, HELLSTROM Eric2, LARBALESTIER David2, HAYASHI Yujiro3, YAMAMOTO Akiyasu3, SHIMOYAMA Jun-Ichi3, EISTERER Michael1 1Atominstitut, Vienna University of Technology, Austria, 2NHMFL, Florida State University, United States, 3Dept. of Appl. Chemistry, The University of Tokyo, Japan Superconducting and hybrid systems for magnetic field mitigation GOZZELINO Laura1, GERBALDO Roberto1, GHIGO Gianluca1, LAVIANO Francesco1, AGOSTINO Angelo2, BONOMETTI Elisabetta2, TRUCCATO Marco2 1Politecnico di Torino and INFN Sez. Torino, Italy, 2University of Torino and INFN Sezione di Torino, Italy Trapped field in bulk MgB2 superconductor fabricated by Spark Plasma Sintering GOZZELINO Laura1, CAPUTO Jean-Guy2, GERBALDO Roberto1, NOUDEM Jacques3, GHIGO Gianluca1, DUPONR Louis4, LAVIANO Francesco1, BERNSTEIN Pierre3 1Politecnico di Torino, Italy, 2INSA de Rouen, France, 3Université de Caen-Basse-Normandie, France, 4CAYLAR, France Demagnetization Delusion: Mixed State Shape Effect and its Peculiar Features OH Sangjun1 1National Fusion Research Institute, South Korea

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Explanation of the magnetic stiffness performance of Multi–Seeded YBCO with graded changing of PM pole direction OZTURK Kemal1, ABDIOGLU Murat2, KABAER Mehmet1 1Faculty of Science, Karadeniz Technical University, Turkey, 2Faculty of Education, Bayburt University, Turkey Superconductivity in In doped topological crystalline insulator SnTe MAURYA Vishal1, SHRUTI 1, PATNAIK Satyabrata1, SRIVASTAV Pankaj1 1School of physical Sciences, India Interfacial intrinsic exchange field in a conventional BCS superconductor PAL` Avradeep1, BLAMIRE Mark1 1University of Cambridge, United Kingdom

1A-M-P-02 Sep 7 - Afternoon (2:00-4:00 PM) Materials - Pnictides I Study of Sn addition on the intergranular critical current density in polycrystalline Sm1111 iron-pnictides SINGH Shiv1, HAYASHI Kosuke2, OGINO Hiraku2, KISHIO Kohji2, SHIMOYAMA Jun-Ichi2 1IFW Dresden, Germany, 2The University of Tokyo, Japan Improvement of transport critical current density in SmFeAsO1-xFx tapes by ex-situ powder-in-tube method ZHANG Qianjun1, MA Yanwei1, ZHANG Xianping1, YAO Chao1, LIN He1, WANG Dongliang1, DONG Chiheng1, AWAJI Satoshi2, WATANABE Kazuo2 1Chinese Academy of Sciences, China, 2Tohoku University, Japan Hydrostatic pressure: A very effective approach to significantly enhance critical current density by orders of magnitude in iron pnictide superconducting tapes, granular bulks and single crystals WANG Xiaolin1 1University of Wollongong, Australia Influence of the crystal growth regime on the properties of CuxTaS2 single crystals. ANTAL Vitaliy1, KAVECANSKY Viktor1, KOVAC Jozef1, PIOVARCI Samuel1, DIKO Pavel1 1Institut of Experimental Physics, Slovakia Fabrication of Large and High-Performance FeSe Bulk Superconductors by a Simple Liquid–Solid Diffusion Method WANG Lei1 1Northwest A&F University, China

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High Critical Current Density in FeSe0.5Te0.5 Thin Films on CaF2 Substrate HANAWA Masafumi1, TSUKADA Ichiro1, NABASHIMA Fuyuki2, IMAI Yoshinori2, MAEDA Atsutaka2, POLYANSKII Anatolii3, TARANITINI Chiara3, LARBALESTIER David3 1Central Research Institute of Electric Power Industry, Japan, 2The University of Tokyo, Japan, 3The National High Magnetic Field Laboratory, Florida State University, United States Exploring the critical aspects in the fabrication of superconducting Ba0.6K0.4Fe2As2 ex-situ P.I.T. tapes MALAGOLI Andrea1, WIESENMAYER Erwin2, JOHRENDT Dirk2, GENOVESE Alessandro3, PUTTI Marina4 1CNR-SPIN, Italy, 2Ludwig-Maximilians-Universität, Germany, 3King Abdullah University of Science and Technology, Saudi Arabia, 4Department of Physics, University of Genova, Italy Thermodynamic stability of Co-doped BaFe2As2/SrTiO3 heterostructures KANG Jong-Hoon1, CAMPBELL Neil1, XIE Lin2, JIANG Jianyi3, WEISS Jeremy3, WANG Yi4, LIU Zi-Kui4, HELLSTROM Eric3, LARBALESTIER David3, PAN Xiaoqing2, RZCHOWSKI Mark1, EOM Chang-Beom1 1University of Wisconsin-Madison, United States, 2The University of Michigan, Ann Arbor, United States, 3Applied Superconductivity Center, NHMFL, FSU, United States, 4The Pennsylvania State University, United States SmFeAsO1-xFx and NdFeAsO1-xFx Thin Films by a Two-Step Method: Metalorganic Chemical Vapor Deposition and Arsenic Diffusion Processes CORRALES-MENDOZA Iván1, CONDE-GALLARDO Agustin1 1Centro de Investigacion y de Estudios Avanzados del IPN, Mexico Critical current density and vortex dynamics in Fe(Te,Se) annealed in various atmosphere TAMEGAI Tsuyoshi1, SUN Yue1, YAMADA Tatsuhiro1, TAEN Toshihiro1, PYON Sunseng1 1The University of Tokyo, Japan Influence of substrate type on transport properties of superconducting FeSe0.5Te0.5 thin films YUAN Feifei1, IIDA Kazumasa2, LANGER Marco3, HÄNISCH Jens3, SHI Zhixiang4, SCHULTZ Ludwig1, HÜHNE Ruben1 1IFW Dresden, Germany, 2Nagoya University, Japan, 3Karlsruhe Institute of Technology (KIT), Germany, 4Southeast University, China Effect of in-plain strain on the phase diagram of Ru-substituted BaFe2As2 epitaxial thin films LANGER Marco1, GRINENKO Vadim2, HÄNISCH Jens1, YUAN Feifei2, IIDA Kazumasa3, HOLZAPFEL Bernhard1, SCHULTZ Ludwig2, HÜHNE Ruben2 1Karlsruhe Institute of Technology (KIT), Germany, 2IFW Dresden, Germany, 3Nagoya University, Japan

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Hall effect and magnetoresistance in superconducting FeSe thin films ZAITSEV Alexander1, FUCHS Dirk1, BECK Andre1, SCHNEIDER Rudolf1 1Karlsruhe Institute of Technology (KIT), Germany Fabrication and characterization of the trilayers system Fe(Se,Te)/Fe/Fe(Se,Te) on Fe-buffered MgO and MgAl2O4 by pulsed laser deposition RODRIGUEZ Oscar1, MARIÑO Alvaro1, MOLATTA Sebastian2, HÜHNE Ruben2, HÄNISCH Jens3, HOLZAPFEL Bernhard2 1Universidad Nacional de Colombia, Colombia, 2Leibniz Institute for Solid State and Materials Research, Germany, 3Karlsruhe Institute of Technology (KIT), Germany

1A-M-P-03 Sep 7 - Afternoon (2:00-4:00 PM) Materials - BSCCO, LTS, others I Ultrathin NbN Films on Flexible and Thickness Controllable Substrates JIA Xiaoqing1, LIANG Lanju1, JIN Biaobing1, WANG Zhihe1, HUANG Yi1, KANG Lin1, XU Weiwei1, CHEN Jian1, WU Peiheng1 1Nanjing University, China CARRIER LOCALIZATION, ANDERSON TRANSITIONS AND STRIPE FORMATION IN HOLE-DOPED CUPRATES KHUDAYBERDIEV Zafar1 1Institute of Nuclear Physics Academy of Sciences of Uzbekistan, Uzbekistan Influence of poly(vinyl alcohol) on superconducting properties of Hg-1223 HTS METSKHVARISHVILI Ioseb1, DGEBUADZE G.1, LOBZHANIDZE T.2, BENDELIANI B.1, METSKHVARISHVILI M.3, GABUNIA V.1 1I. Vekua Sukhumi Institute of Physics & Technology, Georgia, 2Ivane Javakhishvili Tbilisi State University, Georgia, 3Georgian Technical University, Georgia Thin films and multilayers of Nb3Sn for high-field RF applications SUNDAHL Christopher1, SOSA Salvador2, EREMEEV Grigory3, DELAYEN Jean2, GUREVICH Alexander2, EOM Chang-Beom1 1University of Wisconsin-Madison, United States, 2Old Dominion University, United States, 3Thomas Jefferson National Accelerator Facility, United States Preparation of Bi-2223 thick films on silver substrates by dip-coating method DENG Shutong1, QU Timing1, LIN Guan1, HAN Zhenghe1 1Tsinghua University, China Fabrication of (Bi,Pb)2Sr2Ca2Cu3Ox superconducting thin film on LAO substrate by using chemical solution deposition method LIN Guan1, QU Timing1, DENG Shutong1, GU Chen1, HAN Zhenghe1 1Tsinghua University, China

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Effect of Pressing on Structural, Mechanical and Superconducting Properties of BSCCO Bulk Materials SAFRAN Serap1, KILIC Ahmet1, ASIKUZUN Elif2, OZTURK Ozgur2 1Ankara University, Turkey, 2Kastamonu University, Turkey A proximity effect in the HTS/Ferromagnet multilayers as the probing method of symmetry of superconducting order parameter in HTS compounds KHUSAINOV Mansur1, KHUSAINOV Marat1, SAKHRATOV Yuriy2, MATUKHIN Vadim2, PROSHIN Yurii1 1Kazan Federal University, Russia, 2Kazan State Power Engineering University, Russia Growths and interfacial properties of sputter-deposited NbN films ZHANG Yu1, WANG Sansheng1, LI Minghui1, HU Yanting2, GUO Qiang1 1Beihang University, China, 2University of Jinan, China Magnetic and electrical properties of a single weak-link in a Nb film carved with focused ion bean VALERIO CUADROS Marlon1, MOTTA Maycon1, COLAUTO Fabiano1, MENDONÇA DE OLIVEIRA Ana2, HELGUEIRA DE ANDRADE Antonio3, HENNING JOHANSEN Tom4, AIRES ORTIZ Wilson1 1Universidade Federal de São Carlos, Brazil, 2Instituto de Federal de Educação, Ciência e Tecnologia, Brazil, 3Instituto de Física, Universidade Federal do Rio Grande do Sul, Brazil, 4Department of Physics, University of Oslo, Norway Ambient temperature growth of mono- and polycrystalline NbN nanofilms and their surface and composition analysis KRAUSE Sascha1, AFANAS'EV Victor2, DESMARIS Vincent1, MELEDIN Denis1, PAVOLOTSKY Alexey1, BELITSKY Victor1, LUBENSCHENKO Alexander2, BATRAKOV Alexander2, RUDZINSKI Mariusz3, PIPPEL Eckhard4 1Chalmers University of Technology, Sweden, 2National Research University "MPEI", Russia, 3Institute of Electronic Materials Technology (ITME), Poland, 4Max-Planck-Institut für Mikrostrukturphysik, Germany Orientation Engineering for the Growth of c-axis and Non-c-axis Epitaxial Bi2Sr2CaCu2O8+δ Thin Films by MOCVD ENDO Kazuhiro1, ARISAWA Shunich2, KANEKO Toshiyuki1, TSUYUMOTO Isao1, TATENO Yasushi1, YAMASAKI Hirofumi3, BADICA Petre4 1Kanazawa Institute of Technology, Japan, 2National Institute for Material Science, Japan, 3National Institute of Advanced Industrial Science and Technology, Japan, 4National Institute of Materials Physics, Romania

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1A-M-P-04 Sep 7 - Afternoon (2:00-4:00 PM) Materials - YBCO films A method to fabricate bi-axially textured MgO buffer layer for HTS coated conductor XIAO Shaozhu1, FENG Feng2, QU Timing3, HAN Zhenghe1 1Applied Superconductivity Research Center, China, 2Division of Advanced Manufacturing, China, 3Department of Mechanical Engineering, China Jc enhancement by LAO doping in YBCO films both in self-field and magnetic field XU Yan1, SUO Hongli1, ZHAO Yue2, GRIVEL Jean2, LIU Min1 1Beijing University of Technology, China, 2Technical University of Denmark, Denmark Aging of Precursor Solutions Used For YBCO Films Chemical Solution Deposition: Study of Mechanisms and Effects on Film Properties PINTO Valentina1, ANGRISANI ARMENIO Achille1, MANCINI Antonella1, RIZZO Francesco1, VANNOZZI Angelo1, RUFOLONI Alessandro1, AUGIERI Andrea1, GALLUZZI Valentina1, SOTGIU Giovanni2, SILVA Enrico2, SANTONI Antonino1, FLAMINIA Rondino1, FABBRI Fabio1, LAMANNA Raffaele1, CELENTANO Giuseppe1 1ENEA, Italy, 2RomaTre University, Italy Study on The Field Properties and Pinning mechanism of YBCO Superconducting Film with Nb Doping LIU Min1 1Beijing University of Technology, China Development of low fluorine solution for YBCO film growth JIN Lihua1, YU Zeming1, FENG Jianqing1, LI Chengshan1, WANG Yao1, ZHANG Pingxiang1 1Northwest Institute for Nonferrous Metal Research, China SrTiO3 buffer layer grown at low temperature on reinforced cube-textured Cu-based substrate by PLD for YBCO Coated Conductor XURIGUERA Elena1, PADILLA Jose2, RODRÍGUEZ Laura2, VANNOZZI Angelo3, RUFOLONI Alessandro3, CELENTANO Giuseppe3 1La Farga Lacambra SAU, Spain, 2Universitat de Barcelona, Spain, 3ENEA, Italy Superconducting Dy1-xGdxBa2Cu3O7-d thin films made by Chemical Solution Deposition OPATA Yuri1, WULFF Anders1, ZHAO Yue1, HANSEN Jørn1, GRIVEL Jean-Claude1 1Technical University of Denmark, Denmark Pyrolysis study of thick deposited YBCO precursor layers by ink jet printing VILLAREJO Bohores1, POP Cornelia1, RICART Susagna1, SORT Jordi2, FARJAS Jordi3, ROURA Pere3, OBRADORS Xavier1, PUIG Teresa1 1Institut de Ciència de Materials de Barcelona, Spain, 2Institució Catalana de Recerca i Estudis Avançats, Spain, 3GRMT, University of Girona, Spain

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Ultra-high speed pulsed laser deposition of YBCO layer in processing of long HTS coated conductors RUTT Alexander1, SCHNEIDER Thomas1, KIRCHHOFF Lutz1, HOFACKER Frank1, HESSLER Andreas1, SWISTUNOVA Olga2, USOSKIN Alexander1 1Bruker HTS, Germany, 2Kurchatov's Institute, Russia Effects of strontium substitution in YBa2Cu4O8 films by the KOH flux method MIYACHI Yugo1, FUNAKI Shuhei1, OKUNISHI Ryota1, YAMADA Yasuji1 1Shimane University, Japan Process potential of KOH flux method for very low temperature growth of REBa2Cu3O7-δ crystal and film YAMADA Yasuji1, FUNAKI Shuhei1, OKUNISHI Ryota1, MIYACHI Yugo1 1Shimane University, Japan Thickness dependent properties of YBCO films grown on CLO/GZO-buffered NiW substrates MALMIVIRTA Mika1, HUHTINEN Hannu1, ZHAO Yue2, GRIVEL Jean-Claude2, PATURI Petriina1 1University of Turku, Finland, 2Technical University of Denmark, Denmark Microstructure and Superconducting Properties of the YBa2Cu3O7-X Films with the co-doping of BaTiO3 and Y2O3 nanoparticles GU Hongwei1, DING Fazhu1, WANG Hongyan1, QU Fei1, ZHANG Huiliang2, DONG Zebin2 1Institute of Electrical Engineering, Chinese Academy of Sciences, China, 2University of Chinese Academy of Sciences, China Enhanced Jc of YBa2Cu3O7-x – Ag superconducting thin films synthesized through Low-fluorine MOD method LI Chunyan1, LIU Min1, SUO Hongli1 1Beijing University of Technology, China Planarization Y2O3 buffer substrate for biaxially textuxted IBAD_MgO films KO Rock-Kil1, KIM Gwan-Tae1, KANG Boo-Min1, HA Dong-Woo1 1Korea Electrotechology Research Institute, South Korea

1A-M-P-05 Sep 7 - Afternoon (2:00-4:00 PM) Materials - MgB2 I Synthesis of MgB2 thin films via solution-based approach STRAKA Weston1, CARNES Trever2, REY Chris2, SCHWARTZ Justin1 1NC State University, United States, 2E2P Solutions, United States The influence of processing conditions on MgB2 superconductor obtained by ex-situ spark plasma sintering technique BADICA Petre1, BURDUSEL Mihail1, POPA Stelian1, ENCULESCU Monica1, PASUK Iuliana1, VASYLKIV Oleg2, BORODIANSKA Hanna2, ALDICA Gheorghe1

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1National Institute of Materials Physics, Romania, 2National Institute for Materials Science, Japan Addition of Sb2O5 into MgB2 obtained by ex-situ spark plasma sintering technique BURDUSEL Mihail1, ALDICA Gheorghe2, POPA Stelian2, BADICA Petre2 1Nat. Inst. Mater. Phys.Politehnica U. Bucharest, Romania, 2National Institute of Materials Physics, Romania Enhanced superconducting and mechanical properties of disc and ring shape MgB2 fabricated by an excess Mg method for large scale applications GECER Sahure1, ERTEKIN Ercan1, KOSA Jonas1, YANMAZ Ekrem2, GENCER Ali1 1Ankara university, Turkey, 2Karadeniz Technical University, Turkey Working with MgB2 - The formation of hazardous B2H6 during processing of MgB2 powder KAUFFMANN-WEISS Sandra1, HÄßLER Wolfgang2, SCHEITER Juliane2, HOLZAPFEL Bernhard1 1Karlsruhe Institute of Technology (KIT), Germany, 2IFW Dresden, Germany The Effect of Bi2Sr2Ca1Cu2O8+κ addition on superconducting properties of bulk MgB2 obtained by hot-press method TAYLAN KOPARAN Ezgi1, SAVASKAN Burcu2 1Bulent Ecevit University, Zonguldak, Turkey, 2Karadeniz Technical University, Turkey Microstructure and magnetic properties of bulk MgB2 samples WIEDERHOLD Alex1, KOBLISCHKA Michael1, INOUE Kazuo2, MURALIDHAR Miryala2, MURAKAMI Masato2, BERGER Kévin3, DOUINE Bruno3, HAUET Thomas3, NOUDEM Jacques4, HARTMANN Uwe1 1Saarland University, Germany, 2Shibaura Institute of Technology, Japan, 3Université de Lorraine, France, 4CRISMAT-CNRS, France Electron paramagnetic resonance spectroscopy studies on the defect structure of MgB2 superconductor BATENI Ali1, ERDEM Emre2, REPP Sergej2, STEFAN Weber2, ACAR Selcuk3, KOKAL Ilkin3, HÄßLER Wolfgang4, SOMER Mehmet1 1Koc University, Turkey, 2University of Freiburg, Germany, 3Pavezyum Kimya Sanayi, Turkey, 4Institute for Solid State and Materials Research Dresden, Germany Flux-pinning mechanisms in oxide-containing magnesium diboride thin films SHATERNIK Volodymyr1, PRIKHNA Tatyana2, SHAPOVALOV Andrii2, EISTERER Michael3, SHATERNIK Anton2, KOVYLAEV Valerii4 1G.V.Kurdyumov Institute for Metal Physics of the National Academy of Sciences of Ukraine, Ukraine, 2Institute for Superhard Materials of the NASU, Ukraine, 3Atominstitut, Vienna University of Technology, Austria, 4Institute for Problems in Materials Science, Ukraine

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XPS/XRD/AFM Characterization of Mg1-xAlxB2 Superconductor SALEM Ahmed1, FAIZ Mohammed1, ZIQ Khalil1 1King Fahd University of Petroleum & Minerals, Saudi Arabia

1A-WT-P-01 Sep 7 - Afternoon (2:00-4:00 PM) Wires and Tapes - Coated conductor characterization 1 D and 2 D current and remnant current density profiles of BSCCO and YBCO HTS tapes by a 3D Hall probe system TALLOULI Mohamed1, SUN Jian1, WATANABE Hirofumi1, HAMABE Makoto1, IVANOV Yuri1, KAWAHARA Toshio1, YAMAGUCHI Satarou1, OTABE Soji Edmund2, SHYSHKIN Oleg3, CHARFI-KADDOUR Samia4 1Chubu University, Japan, 2Kyushu Institute of technology, Japan, 3V. N. Karazin Kharkov National University, Ukraine, 4El Manar University, Tunisia Characterization of YBa2Cu3O7−δ Films with Various Porous Structures Grown by Metallorganic Decomposition Route ZHAO Yue1, QUREISHY Thomas2, MIKHEENKO Pavlo2, JEAN-CLAUDE Grivel1 1Energy Department, Technical University of Denmark, Denmark, 2Department of Physics, University of Oslo, Norway Effect of granularity on the local critical current density in YBCO coated conductors PAHLKE Patrick1, SIEGER Max1, CHEKHONIN Paul2, SKROTZKI Werner2, LAO Mayraluna3, EISTERER Michael3, MELEDIN Alexander4, VAN TENDELOO Gustaaf4, HÄNISCH Jens5, HÜHNE Ruben1 1IFW Dresden, Germany, 2Technische Universität Dresden, Germany, 3Vienna University of Technology, Austria, 4University of Antwerp, Belgium, 5Karlsruhe Institute of Technology (KIT), Germany Thickness Effect on Texture and Superconducting Performance in REBaCuO Coated Conductors CAI Chuanbing1, LU Qi2, BAI Chuanyi2, GUO Yanqun2 1Shanghai Key Laboratory for High Temperature Superconductors, Shanghai University, China, 2Shanghai University, China Magneto-optical investigation of the critical state in coated conductors: peculiarities of the magnetic field distribution and the determination of the critical current density OSIPOV Maxim1, PRIMENKO Alexey2, RUDNEV Igor1 1National Research Nuclear University MEPhI, Russia, 2Bauman Moscow State Technical University, Russia Microstructural study of YBCO coated conductors PUICHAUD Anne-Hélène1, KNIBBE Ruth1, YAZDI Sadegh2, KASAMA Takeshi2, WIMBUSH Stuart1, TALANTSEV Evgeny1, STRICKLAND Nick1 1Victoria University of Wellington, New Zealand, 2Technical University of Denmark, Denmark

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Structural study of commercially produced (RE)BCO films MIšÍK Jozef1, GÖMÖRY Fedor2, VÁVRA Ivo2, SKARBA Michal1, PEKARčÍKOVÁ Marcela1, MICHALCOVÁ Eva1, JANOVEC Jozef1 1Slovak University of Technology, Slovakia, 2Slovak Academy of Sciences, Slovakia Investigation of microstructure and pinning characteristics in MBa2Cu3O7-x (M=Y and/or Gd) coated conductors at the level of manufacturing grade JIN Hye-Jin1, JO William1, KIM Kunsu2, KIM Miyoung2, KO Rock-Kil3, JO Young-Sik3, HA Dong-Woo3 1Ewha Womans University, South Korea, 2Seoul National University, South Korea, 3Korea Electrotechnology Research Institute, South Korea

1A-WT-P-02 Sep 7 - Afternoon (2:00-4:00 PM) Wires and Tapes - New characterization techniques First measurement of critical current versus strain of MgB2 strands using a traditional traction machine STATERA Marco1, CLIULLO Giuseppe2 1Ferrara Univ. and INFN, Italy, 2Ferrara University, Italy Study of the behaviour of 2G tapes under thermal cycles for design of SFCL ÁLVAREZ Alfredo1, SUÁREZ Pilar1, CEBALLOS José María1, PÉREZ Belén1, GUERRA Antonio1 1University of Extremadura, Spain 1A-WT-P-03 Sep 7 - Afternoon (2:00-4:00 PM) Wires and Tapes - MgB2 wires Critical current density and pinning force at SiC doped MgB2 wires after HIP MORAWSKI Andrzej1, ZALESKI Andrzej2, CETNER Tomasz1, RINDFLEISCH Matt3, TOMSKI Michael3 1Institute of High Pressure Physics PAS, Poland, 2Institute of Low Temperature and Structure Research Polish Academy of Sciences, Poland, 3Hyper Tech Research, Inc, United States Superconductivity and microstructure of Cu additional MgB2 multifilamentary wires using different kinds of boron-11 isotope powders HISHINUMA Yoshimitsu1, KIKUCHI Akihiro2, SHIMADA Yusuke3, HATA Satoshi4, YAMADA Shuichi5 1National Institute for Fusion Science, Japan, 2National Institute for Materials Science, Japan, 3The Ultramicroscopy Research Center, Kyushu University, Japan, 4Kyushu University, Japan, 5Naional Institute for Fusion Science, Japan Effect of platinum group metal doping in MgB2 wires GRIVEL Jean-Claude1, ALEXIOU Aikaterini1, NAMAZKAR Shahla2, PITILLAS Andrea3 1Technical University of Denmark, Denmark, 2University of Skövde, Sweden, 3Universidad Autonoma de Barcelona, Spain

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High Jc MgB2 superconducting wires fabricated by using B powder treated with coronene (C24H12) YE Shujun1, SONG Minghui1, TAKIGAWA Hiroyuki1, MATSUMOTO Akiyoshi1, KUMAKURA Hiroaki1 1National Institute for Materials Science, Japan Superconducting Properties and Structures of MgB2 Wires Prepared by Bidirectional Magnesium Diffusion Process OHUCHI Hiroshi1, YAMADA Yutaka1, MATSUMOTO Akiyoshi2, HIROAKI Kumakura2 1Tokai University, Japan, 2NIMS, Japan Magnesium diboride conductor for space applications NARDELLI Davide1, MUSENICH Riccardo2, BRISIGOTTI Silvia1, CUBEDA Valeria1, PIETRANERA Davide1, TROPEANO Matteo1, TUMINO Andrea1, VALESI Giovanni1, VALLE Riccardo1, GRASSO Giovanni1 1Columbus Superconductors, Italy, 2INFN, Italy Extrinsic properties of MgB2 prepared by internal magnesium diffusion KULICH Miloslav1, KOVÁč Pavol1, ROSOVÁ Alica1, BRUNNER Boris1 1Slovak Academy of Sciences, Slovakia Novel superconducting MgB2 wires made by continuous process AYRANCI Isil1, KUTUKCU Mehmet2, BASKYS Algirdas1, ATAMERT Serdar2, GLOWACKI Bartek1 1University of Cambridge, United Kingdom, 2Epoch Wires Ltd., United Kingdom Development of a multifilamentary MgB2 superconducting wire with simultaneous addition of VB2 and SiC DA SILVA Lucas1, ANTUNES Luiz1, MANESCO Antônio1, VIANNA Alan1, RODRIGUES JR Durval1 1Universidade de São Paulo, Brazil

1A-WT-P-04 Sep 7 - Afternoon (2:00-4:00 PM) Wires and Tapes - Flux pinning and critical current Development and Investigation of Properties of Short-Circuited Coils from HTSC tape of SCS4050-i-AP 2G HTS type BISHAEV Andrey1, BUSH Aleksandr1, GAVRIKOV Mikhail2, KAMENTSEV Konstantin1, KOZINTSEVA Marina1, SAVELYEV Vyacheslav2, DRANNIKOV Aleksey1, KUZNETSOV Andrey1, SERDYUKOVA Ekaterina1

1Moscow State Technical University of Radioengineering, Electronics and Automation, Russia, 2Keldysh Institute of Applied Mathematics RAS, Russia Possible reasons of asymmetrical anisotropy of critical currents of 2G HTS tape in external magnetic field. SOTNIKOV Dmitry1, VYSOTSKY Vitaly1, FETISOV Sergey1 1Russian Scientific R&D Cable Institute, Russia

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Measurements and Simulations of Jc Magnetic Field Dependence in 2G Wires and Coils MARTINS Flavio1, SASS Felipe1, BARUSCO Pedro1, FERREIRA Antonio Carlos1, DE ANDRADE JUNIOR Rubens1 1Universidade Federal do Rio de Janeiro, Brasil Critical current and flux pinning characteristics in Sr0.6K0.4Fe2As2 superconducting tapes NI Baorong1, LI Haojie2, ZHANG Xianping3, MA Yanwei3 1Fukuoka Institute of Technology, Japan, 2Nanjing University of Science and Technology, China, 3Chinese academy of Sciences, China Sub-MeV ion irradiation in YBa2Cu3O7 thin films: a practical route for a flux-pinning optimization MATSUI Hiroaki1, OOTSUKA Teruhisa1, OGISO Hisato1, YAMASAKI Hirofumi1, SOHMA Mitsugu1, YAMAGUCHI Iwao1, KUMAGAI Toshiya1, MANABE Takaaki1 1National Institute of Advanced Industrial Science, Japan Enhancement of Jc properties in magnetic fields of BZO doped REBCO coated conductors by a newly modified TFA-MOD process YUJI Takagi1, KOICHI Nakoka1, KAZUNARI Kimura1, TERUO Izumi1, YUH Shiohara1 1Industrial Superconductivity Technology Research Association, Japan Pinning centres in ISD-MgO coated conductors STAFFORD Benjamin1, HÄNISCH Jens2, HÜHNE Ruben3, GROßE Veit1, BAUER Markus1, PRUSSEIT Werner1, HOLZAPFEL Bernhard2, SCHULTZ Ludwig4 1THEVA Dünnschichttechnik GmbH, Germany, 2Karlsruhe Institute of Technology (KIT), Germany, 3IFW Dresden, Germany, 4Institute for Metallic Materials (IMW), Germany Relationships of superconducting and structure characteristics of cold-rolled and annealed niobium-titanium foil with high anisotropic pinning GURYEV Valentin1, SHAVKIN Sergey1, KRUGLOV Vitaly1, VOLKOV Pavel1, VASILIEV Alexander1, OVCHAROV Alexey1, ZUBAVICHUS Yan1, SVETOGOROV Roman1, PASHSEV Elhan1, LIKHACHEV Igor1 1NRC “Kurchatov Institute”, Russia The superconducting properties and microstructure of filamentary (Sm,Gd,Dy)-Ba-Cu-O with different Sm/Gd/Dy ratio prepared by a solution spinning method IKEBE Yumiko1, BAN Eriko1 1Meijo University, Japan Transport measurements on Bi2Sr2Ca2Cu3O10 multifilament conductors GRÜN Andreas1, KOBLISCHKA Michael1, HARTMANN Uwe1 1Saarland University, Germany

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The post-annealing process to improve flux pinning properties of GdBa2Cu3O7-δ films by pulsed laser deposition WONJAE Oh1, EUN KYUNG Yang1, JAEEUN Kim1, SANG-IM Yoo1 1Seoul National University, South Korea Microstructure analysis of GdBCO coated conductors with improved flux pinning YANG Eun Kyung1, OH Wonjae1, LEE Jae-Hun2, LEE Hunju2, MOON Seung-Hyun2, YOO Sang-Im1 1Seoul National University, South Korea, 2SuNAM Co., Ltd., South Korea

1A-WT-P-05 Sep 7 - Afternoon (2:00-4:00 PM) Wires and Tapes - Cable development Development of joints for 45 kA at 10T/4K class six-around-one CORC based Cable-in-Conduit Conductors MULDER Tim1, DUDAREV Alexey2, MENTINK Matthijs2, DHALLÉ Marc3, TEN KATE Herman2 1CERN and University of Twente, Switzerland, 2CERN, Switzerland, 3University of Twente, Netherlands USE OF LASER LITHOGRAPHY TO STRIATE 2G TAPES FOR LOW AC LOSS APPLICATIONS OSOFSKY Michael1, PRESTIGIACOMO Joseph1, AUYEUNG Raymond1, CHARIPAR Kristin1, CLAASSEN John2, PIQUÉ Alberto1, RUPICH Martin3, KVITKOVIC Josef4, HATWAR Rajeev4, PAMIDI Sastry4 1Naval Research Laboratory, United States, 2NOVA Research, Inc., United States, 3AMSC, Inc., United States, 4Center for Advanced Power Systems, Florida State University, United States New progress of Nb3Sn strand production for ITER in WST LI Jianfeng1, ZHANG Ke1, LIU Jianwei1, SHI Yigong1, DU Shejun1, LIU Xanghong1, FENG Yong1, ZHANG Pingxiang2, LIU Sheng3 1Western Superconducting Technologies Co., Ltd., China, 2Northwest Institute for Nonferrous Metal Research, China, 3China International Nuclear Fusion Energy Program, China Magnetization loss of Roebel coated conductor cable with up to 20 filaments for AC applications KARIO Anna1, VOJENCIAK Michal2, KLING Andrea1, NAST Rainer1, GODFRIN Aurélien1, DEMENCIK Eduard1, RINGSDORF Bernd1, GRILLI Francesco1, GOLDACKER Wilfried1 1Institute for Technical Physics, Karlsruhe Institute of Technology, Germany, 2Institute of Electrical Engineering, SAS, Slovakia On Roebel Cable Geometry for Accelerator Magnet FLEITER Jerome1, LORIN Clement2, BALLARINO Amalia1 1CERN, Switzerland, 2CEA Saclay, France Results of R&D and production on two type of High purity Aluminum stabilized Superconducting Cable KATAYAMA Kota1, KITAZATO Keisuke1, TSUBOUCHI Hirokazu1, TAKAGI Akira1, TANAKA Ricardo2, SHIGUEOKA Joao2, BUEHLER Marc3, KASHIKHIN Vadim3, LAMM Michael3, LOMBARDO Vito3,

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PAGE Thomas3 1FURUKAWA ELECTRIC CO., LTD., Japan, 2FURUKAWA INDUSTRIAL S.A. in Brazil, Brazil, 3Fermi National Accelerator Laboratory, United States Cabling Technology of Nb3Sn Conductor for CFETR Central Solenoid Model Coil QIN Jinggang1 1Institute of Plasma Physics, CAS, China Progress towards current densities of 500 A/mm2 at 20 T in HTS Conductor on Round Core (CORC) cables VAN DER LAAN Danko1, BROMBERG Leslie2, MICHAEL Phil2, NOYES Patrick3, GODEKE Arno3, TROCIEWITZ Ulf3, WEIJERS Huub3 1Advanced Conductor Technologies & University of Colorado, United States, 2Massachusetts Institute of Technology, United States, 3NHMFL, Florida State University, United States The Manufacture and Properties of the Nb3Sn Strand by Bronze Route ZHANG Ke1, ZHANG Pingxiang1, GUO Jianhua2, JIA Jingjing2, LIU Jianwei2, LI Jianfeng2, LIU Xianghong2, FENG Yong2 1Northwestern Polytechnical University, China, 2Western Superconducting Technologies Co. Ltd., China

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Tuesday September 8, 2015 2A-E-P-01 Sep 8 - Afternoon (2:00-4:00 PM) Electronics - Quantum Engineering & Superconducting Detectors II Growth and properties of amorphous MoSi superconductor for single photon detectors BOSWORTH David1, HADFIELD Robert2, BARBER Zoe1 1University of Cambridge, United Kingdom, 2University of Glasgow, United Kingdom SNSPD with ultralow dark count rate (< 0.0001 cps) HIROYUKI Shibata1, KAORU Shimizu2, HIROKI Takesue2, TOKURA Yasuhiro2 1Kitami Institute of Technology, Japan, 2NTT Basic Research Laboratories, Japan Investigation of CeO2 Buffer Layer Effects on the Responsivity of YBCO Transition Edge Bolometer MOHAJERI Roya1, NAZIFI Rana1, ESMAEILI Mohaddeseh1, HOSSEINI Mehdi2, VESAGHI Mohammad Ali3, FARDMANESH Mehdi1 1Sharif University of Technology, SERL, Iran, 2Shiraz University of Technology, Iran, 3Sharif University of Technology, Iran Novel Technique for Obtaining Ultrathin MgB2 HEB Mixer Devices Without Tc degradation CUNNANE Daniel1, WOLAK Matthaeus2, ACHARYA Narendra2, KAWAMURA Jonathan1, XI Xiaoxing2, KARASIK Boris1 1Jet Propulsion Laboratory, United States, 2Temple University, United States Current crowding effects in nanostructured superconductors ADAMI Obaïd1, CERBU Dorin2, CABOSART Damien3, MOTTA Maycon4, ORTIZ Wilson Aires4, MOSHCHALKOV Victor2, HACKENS Benoit3, DELAMARE Romain5, VAN DE VONDEL Joris2, SILHANEK Alejandro1 1Université de Liège, Belgium, 2INPAC–Institute for Nanoscale Physics and Chemistry, Belgium, 3NAPS/IMCN, Université catholique de Louvain, Belgium, 4Departamento de Fisica, Universidade Federal de Sao Carlos, Brazil, 5ICTEAM, Université catholique de Louvain, Belgium Non-uniform RF power absorption in superconducting constrictions: application to YBaCuO HEB hot spot model with THz frequency-dependent performance LADRET Romain1, DEGARDIN Annick2, KREISLER Alain2 1Centrale Supélec, France, 2UPMC Univ. Paris 06, France Measuring the local sensitivity of a superconducting nanowire using a scanning current injector DRIESSEN Eduard1, KLAPWIJK Teunis2, COUMOU Pieter-Jan2, CHAPELIER Claude1 1INAC-SPSMS, CEA and Univ. Grenoble-Alpes, France, 2Kavli Institute of Nanoscience, Delft Univ of Technology, Netherlands

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High Efficiency Superconducting Nanowire Single Photon Detector at 940 nm in Quantum Information CHEN Yajun1, GU Min1, ZHANG Labao1, KANG Lin1, WU Peiheng1 1Nanjing University, China Vortex assisted mechanism of photon counting in the superconducting nanowire single photon detector revealed by external magnetic field VODOLAZOV Denis1, KORNEEVA Yuliya2, SEMENOV Alexander2, KORNEEV Alexander3, GOLTSMAN Gregory2 1Institute for Physics of Microstructures (IPM RAS), Russia, 2Moscow State Pedagogical University, Russia, 3Moscow Institute of Physics and Technology, Russia Dynamics of quantum dot - superconductor hybrids VAN ZANTEN David1, BASKO Denis2, COURTOIS Hervé1, WINKELMANN Clemens1 1Institut Néel, France, 2Laboratoire de Physique et Modélisation des Milieux Condensés, France Transmission Spectroscopy Measurement of a circuit QED System using a Superconducting 3D Transmon Qubit DONG-GWANG Ha1, HYUN-GUE Hong1, YONUK Chong1 1Korea Research Institute of Standards and Science, South Korea Coupled macroscopic quantum tunneling in intrinsic Josephson junction of BSCCO NOMURA Yoshiki1, KAMBARA Hitoshi1, NAKAGAWA Yuya1, KAKEYA Itshiro1 1Kyoto University, Japan Coherent quantum phase-slips in NbN superconducting nanowires: dc transport and microwave irradiation experiments FENTON Jonathan1, BURNETT Jonathan1 1University College London, United Kingdom The Tunneling Atom Laser: switching from microwave loss to gain using disordered material states ROSEN Yaniv1, KHALIL Moe1, BURIN Alex2, OSBORN Kevin3 1Laboratory for Physical Sciences, University of Maryland, United States, 2Department of Chemistry, Tulane University, United States, 3Laboratory for Physical Sciences & JQI, University, United States Microwave Quantum Optics in Superconducting Circuits TREJO PIZZO David1 1Universidad de Palermo, Argentina

2A-E-P-02 Sep 8 - Afternoon (2:00-4:00 PM) Electronics - SQUIDs & SQIFs II Fabrication of small biaxial high-Tc gradiometic SQUID ADACHI Seiji1, TSUKAMOTO Akira1, MOON Yusik1, OSHIKUBO Yasuo1, TANABE Keiichi1 1ISTEC, Japan

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Noise-reduction in wire-wound SQUID gradiometers used in pulsed-field magnetic resonance MAGNELIND Per1, MATLASHOV Andrei1, VOLEGOV Petr1, ESPY Michelle1 1Los Alamos National Laboratory, United States Development of Magnetic Prospecting System using HTS SQUID Gradiometer with Baseline of 20 mm TSUKAMOTO Akira1, HATO Tsunehiro1, ADACHI Seiji1, MOTOORI Masayuki2, SUGISAKI Masaki2, TANABE Keiichi1 1SRL-ISTEC, Japan, 2JOGMEC, Japan Atomically smooth YBa2Cu3O7-x films for multilayer high-Tc superconducting devices CHUKHARKIN Maxim1, ALEXEI Kalaboukhov1, XIE Minshu1, JUSTIN Schneiderman2, DAG Winkler1 1Chalmers University of Technology, Sweden, 2MedTech West, Sweden Integrated Navigation Technology in Airborne Superconducting Full Tensor Gradient Measurement System WU Jun1, KONG Xiangyan1, RONG Liangliang1, QIU Longqing1, XIE Xiaoming1 1Chinese Academy of Sciences, China Development of a superconducting accelerometer based on superconducting test mass and SQUID KIM In-Seon1, CHOI Jae-Hyuk1, CHOI In-Mook1 1Korea Research Institute of Standards and Science, South Korea The fabrication and characterization of 2D Nb and 3D NbN nanoSQUIDs CHEN Lei1, LIU Xixi1, LIU Xiaoyu1, WANG Hao2, WANG Zhen1 1SIMIT CAS, China, 2ShanghaiTech University, China Fabrication of low-noise SQUID axial gradiometers by optimization of inductance matching YONG-HO Lee1, KWON-KYU Yu1, JIN-MOK Kim1, SANG-KIL Lee1, HYUKCHAN Kwon1, KIWOONG Kim1 1Korea Research Institute of Standards and Science, South Korea Single sensor HTS SQUID magnetic tensor gradiometer SHANE Keenan1, LESLIE Keith1, CLARK Dave1 1CSIRO, Australia Research on Intelligent Control System of SQUID Magnetometer Parameters in Multi-channel System CHEN Hua1, WANG Yongliang1, YANG Kang1, XU Xiaofeng1, WANG Yi1, KONG Xiangyan1 1Shanghai Institute of Microsystem & Information Technology, China The fabrication of 3D NbN nano-SQUIDs WANG Hao1, LIU Xiaoyu2, CHEN Lei2, WANG Zhen2 1ShanghaiTech University, China, 2SIMIT, China

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Low crosstalk in multi-channel system with weakly damped SQUID gradiometer YANG Kang1, QIU Yang1, KONG Xiangyan1, ZHANG Shulin1, WANG Yongliang1 1Shanghai Institute of Microsystem & Information Technology, China Integrated dc SQUID based on epitaxial grown NbN/AlN/NbN Josephson junctions LIU Quansheng1, WANG Huiwu1, PENG Wei1, WANG Zhen1 1Shanghai Institute of Microsystem & Information Technology, China Unshielded MCG measurement using a full tensor compensation technique under urban hospital environment LI Hua1, ZHANG Shulin1, ZHANG Chaoxiang1, KONG Xiangyan1, XIE Xiaoming1 1Shanghai Institute of Microsystem & Information Technology, China

2A-E-P-03 Sep 8 - Afternoon (2:00-4:00 PM) Electronics - Digital & quantum circuits and systems Integrated NbN Circuits for a Superconducting Computer VILLEGIER Jean-Claude1 1CEA-Grenoble INAC, France Compact voltage standard based on high Tc Josephson junctions KHORSHEV Sergey1, PASHKOVSKY Alexander1, ROGOZHKINA Nina1, PESTOV Evgeni2, LEVICHEV Maxim2, KATKOV Alexander3, KLUSHIN Alexander2 1Institute of Electronic Measurements (IEM) KVARZ, Russia, 2Institute for Physics of Microstructures (IPM RAS), Russia, 3D.I.Mendeleyev Institute for Metrology (VNIIM), Russia Effects of Readout Cell Configuration and Parameters on the Stability and Functional Frequency Limits of RSFQ TFF JABBARI Tahereh1, ZANDI Hesam1, FOROUGHI Farshad2, BOZBEY Ali3, FARDMANESH Mehdi1 1School of Electrical Engineering, Sharif University of Technology, Iran, 2Quantum Technology Group, 2nd Institute of Physics, Germany, 3Department of Electrical and Electronics Engineering, Turkey Cryogen-free operation of AC quantum voltage standards SOSSO Andrea1, DURANDETTO Paolo1, TRINCHERA Bruno1, FRETTO Matteo1, MONTICONE Eugenio1, LACQUANITI Vincenzo1 1INRIM, Italian Institute of Metrological Research, Italy Deep-Submicron Niobium Stripline Resonators at Microwave Frequency OATES Daniel1, TOLPYGO Sergey1, BOLKHOVSKY Vladimir1 1MIT Lincoln Laboratory, United States Improved design of integrated quantum voltage noise source MAEZAWA Masaaki1, YAMADA Takahiro1, URANO Chiharu1 1AIST, Japan

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Characterization of the maximum frequency of operation of SFQ digital cells COLLOT Romain1, FEBVRE Pascal1, KUNERT Juergen2, STOLZ Ronny2 1Université Savoie Mont-Blanc, France, 2IPHT, Germany Ten years of quantum annealing processor development at D-Wave. BUNYK Paul1 1D-Wave Systems, Canada Low Power digital gates in ERSFQ and reversible nSQUID technology LUCCI Massimiliano1, REN Jie2, SARWANA Saad2, OTTAVIANI Ivano1, CIRILLO Matteo1, BADONI Davide3, SALINA Gaetano3 1University of Rome Tor Vergata, Italy, 2HYPRES, Incorporated,, United States, 3INFN, Italy

2A-E-P-04 Sep 8 - Afternoon (2:00-4:00 PM) Electronics - Microwave and THz devices & systems II Double-Resonance HTS Coils for Dual-Optimized High-Sensitivity NMR Probes RAMASWAMY Vijaykumar1, HOOKER Jerris2, EDISON Arthur1, BREY William2 1University of Florida, United States, 2Florida State University, United States Matching of Active Superconductor Antennas MUKHANOV Oleg1, KORNEV Victor2, KOLOTINSKIY Nikolay2, WANG Xu3, SUN Liang3, HE Yusheng3 1Hypres, Inc., USA, 2Lomonosov Moscow State University, Russia, 3Institute of Physics, Chinese Academy of Sciences, China Compact linear phase HTS filter with quasi-elliptic response by cascaded quadruplet structure BO Zhang1, MENG Wu1, JINGPING Liu1, XU Zhang1, XINJIE Zhao1, LAN Fang1, SHAOLIN Yan1 1Nankai University, China Design of HTS dual-band bandpass filter using shorted stub-loaded hair-pin resonators with controllable bandwidths and feeding structure SEKIYA Naoto1 1University of Yamanashi, Japan Design of high-order HTS dual-band bandpass filter for future mobile communication system SEKIYA Naoto1 1University of Yamanashi, Japan Integrated four-pixel narrowband antenna array for picosecond THz spectroscopy SCHMID Alexander1, RAASCH Juliane1, KUZMIN Artem1, WUENSCH Stefan1, ILIN Konstantin1, MICHAEL Siegel1 1Karlsruhe Institute of Technology (KIT), Germany

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High Temperature Superconducting Bow-Tie THz Antenna HOLDENGREBER Eldad1, MIZRAHI Moshe2, SCHACHAM Shmuel1, FARBER Eli1 1Ariel University, Israel, 2Bar-Ilan University, Israel Power-handling capability of superconducting transmit bandpass filter when increasing the number of bulk resonators TSURUI Ryota1, ATSUSHI Saito1, KATO Tomoki1, SAITO Taiki1, TESHIMA Hidekazu2, OHSHIMA Shigetoshi1 1Yamagata University, Japan, 2Nippon Steel & Sumitomo Metal Corporation, Japan Development of HTS pickup coils for 700 MHz NMR ~Resonance frequency tuning using a sapphire plate~ KOSHITA Kazuma1, KITAJIMA Keita1, YAMADA Takahiro1, TAKAHASHI Masato2, MAEDA Hideaki2, SAITOU Atsushi1, OHSHIMA Shigetoshi1 1Yamagata University, Japan, 2RIKEN, Japan

2A-E-P-05 Sep 8 - Afternoon (2:00-4:00 PM) Electronics - Junction and circuit design, fabrication & simulation Subgap electron transport in hybrid superconducting devices BUBANJA Vladimir1 1Callaghan Innovation, New Zealand Structural and electrical characterization of ultra thin SrTiO3 tunnel barriers grown over YBa2Cu3O7 electrodes for the development of high Tc Josephson Junctions SIRENA Martin1, FÉLIX AVILES Luis1, GONZALEZ SUTTER Jesus1, HABERKORN Nestor1, STEREN Laura2, VILLEGAS Javier3, BRIATICO Javier3, BERGEAL Nicolas4, ZIMMERS Alexandre4, LESUEUR Jerome4 1Instituto Balseiro & CONICET, Argentina, 2Laboratorio Tandar & CONICET, Argentina, 3Unite Mixte de Physique CNRS/Thales, France, 4Laboratoire de Physique et d’Etude des Materiaux (LPEM), France Deviation from Fraunhofer-Type Modulation of Josephson Current through Niobium Tunnel Junctions by Applying Vertical Magnetic Field NAKAYAMA Akiyoshi1, ABE Susumu1, WATANABE Norimichi1 1Kanagawa University, Japan Fabrication of superconducting flux quantum bits and the research of characteristic parameters of Al/AlOx/Al tunnel junctions LI Yongchao1, XU Weiwei1, SHI Jianxin1, ZHAI Jiquan1, SUN Guozhu1 1Nanjing University, China The coherent dynamic state of intrinsic josephson junctions GRIB Alexander1, SEIDEL Paul2 1Kharkiv V. N. Karazin National University, Ukraine, 2Friedrich Schiller University of Jena, Germany Colossal superconducting spin valve effect and ultra-small exchange-splitting in epitaxial rare-earth-niobium trilayers GU Yuanzhou1 1University of Cambridge, United Kingdom

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Time-resolved analysis of Josephson junctions self heating in cryocooler SOSSO Andrea1, DURANDETTO Paolo1, MONTICONE Eugenio1, LACQUANITI Vincenzo1 1INRIM, Italy Yield and uniformity test method for Josephson junctions in superconducting circuit fabrication OLAYA David1, DRESSELHAUS Paul1, BENZ Samuel1 1National Institute of Standards and Technology, United States The influence of the FIB sculpting on Josephson junctions’ electrical response FRETTO Matteo1, DE LEO Natascia1, LACQUANITI Vincenzo1, D'ORTENZI Luca1, BOARINO Luca1, ENRICO Emanuele1 1INRIM, Italian Institute of Metrological Research, Italy NbN/AlN/NbN/TiN tunnel junctions on Si (100) substrate for superconducting devices KAZUMASA Makise1 1National Institute of Information and Communications, Japan Fabrication of stacks of intrinsic Josephson junctions in Bi2Sr2CaCu2O8+delta via photoresist-free X-ray nanolithography TRUCCATO Marco1, AGOSTINO Angelo2, BORFECCHIA Elisa2, MINO Lorenzo2, CARA Eleonora1, PAGLIERO Alessandro1, PASCALE Lise1, OPERTI Lorenza2, ENRICO Emanuele3, DE LEO Natascia3, FRETTO Matteo3, MARTINEZ-CRIADO Gema4, LAMBERTI Carlo5 1University of Torino, Italy, 2University of Torino and INSTM, Italy, 3INRIM- National Institute of Metrological Research, Italy, 4European Synchrotron Radiation Facility, France, 5University of Torino & Southern Federal University, Italy Fabrication of NbN/AlN/NbN tunnel junctions on Si substrate with TiN buffer layers SUN Rui1, MAKISE Kazumasa2, TERAI Hirotaka2, ZHEN Wang1 1Shanghai Institute of Microsystem & Information Technology, China, 2National Institute of Information and Communications, Japan Noise characteristics of ion-irradiated Josephson nano-junctions and arrays SHARAFIEV Aleksei1, MALNOU Maxime1, FEUILLET-PALMA Cheryl1, ULYSSE Christian2, FEVBRE Pascal3, LESUEUR Jerome1, BERGEAL Nicolas1 1LPEM ESPCI-ParisTech CNRS, France, 2LPN-CNRS, France, 3LAHC Université de Savoie, France Novel functionalities of josephson junctions with doped semiconductor interlayers SHATERNIK Volodymyr1, SHAPOVALOV Andrii2, PRIKHNA Tatyana2, SUVOROV Olexandr1, BELOGOLOVSKII Mikhail1, SCHMIDT Stefan3, SEIDEL Paul3 1G.V.Kurdyumov Institute for Metal Physics of the National Academy of Sciences of Ukraine, Ukraine, 2Institute for Superhard Materials of the NASU, Ukraine, 3Institut für Festkörperphysik, FSU Jena, Germany High normal state resistivity NbN films for microwave and mm-wave applications: fabrication, characterization techniques and first results CAMMILLERI Davide1, BÉLIER Benoit2, BORDIER Guillaume2, GADOT Frédérique2, PIAT Michel3, TARTARI Andrea3 1Laboratoire de Physique de Gaz et des Plasmas, France, 2IEF - Université Paris Sud, France, 3Laboratoire APC - Université Paris Diderot, France

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High-critical current proximity Josephson junctions DE CECCO Alessandro1, WINKELMANN Clemens1, COURTOIS Hervé1 1Institut Néel, Université Grenoble Alpes - CNRS, France Dissipation Effects of the Phase in Higher Order Switching Events of Intrinsic Josephson Junctions KAKEHI Daiki1, TAKAHASHI Yusaku1, YAMAGUCHI Hikaru1, KOIZUMI Shin-Ichiro1, AYUKAWA Shin-Ya1, KITANO Haruhisa1 1Aoyama Gakuin University, Japan Fabrication and characterization of MgB2/BN/MgB2 trilayers HU Hui1, GAN Zi1, FENG Qing1, WANG Yue1, ZHANG Yan1 1School of Physics, Peking University, China Decay and decoherence due to non-equilibrium quasiparticles ZANKER Sebastian1, HEIMES Andreas1, MARTHALER Michael1, SCHÖN Gerd1 1Karlsruhe Institute of Technology (KIT), Germany Fabrication and Characterization of YBa2Cu3O7-x step-edge Josephson Junctions UZUN Yigitcan1, AVCI Ilbeyi1 1Ege University, Faculty of Science, Turkey

2A-LS-P-01 Sep 8 - Afternoon (2:00-4:00 PM) Large Scale - Superconducting Magnets for medical applications Manufacture Technology and Performance of Nb3Al Experimental Coil ZHU Guang1, WANG Qiuliang1 1Institute of Electrical Engineering, Chinese Academy of Sciences, China Analyses of Field Quality of Dipole Magnets Wound with Coated Conductors for Rotating Gantry for Carbon Cancer Therapy by Using Cross-Sectional Model AMEMIYA Naoyuki1, SAKASHITA Masaki1, SOGABE Yusuke1, IWATA Yoshiyuki2, NODA Koji2, OGITSU Toru3, ISHII Yusuke4, KURUSU Tsutomu4 1Kyoto University, Japan, 2National Institute of Radiological Sciences, Japan, 3High Energy Accelerator Research Organization, Japan, 4Toshiba Corporation, Japan High reliability and availability of the Iseult/Inumac MRI magnet facility BELORGEY Jean1, DONATI Andre1, DUBOIS Olivier1, GUIHARD Quentin1, LOTODE Ange1, SINANNA Armand1, BREDY Philippe1, LANNOU Herve1, GUIHO Patrice1, TOUZERY Robert1, SCHILD Thierry1 1CEA Saclay, France Mechanical Reinforcement of REBCO Pancake Coil for High-temperature Superconducting Cyclotron TSUJI Yoshiaki1, ISHIYAMA Atsushi1, YAMAKAWA Hiroshi1, WANG Xudong2, UEDA Hiroshi3, WATANABE Tomonori4, NAGAYA Shigeo4

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1Waseda University, Japan, 2High Energy Accelerator Research Organization, Japan, 3Osaka University, Japan, 4Chubu Electric Power Co., Inc., Japan Numerical Simulation on Magnetic Field Distribution generated by Screening Current in High Temperature Supercon. Cyclotron UEDA Hiroshi1, FUKUDA Mitsuhiro1, HATANAKA Kichiji1, IMAICHI Yohei2, ISHIYAMA Atsushi2, NOGUCHI So3 1Osaka University, Japan, 2Waseda University, Japan, 3Hokkaido University, Japan The Performance and Analysis of a HTS No-Insulation Hybrid Magnet ZHANG Yi1, TANG Yuejin1, DENG Xuzhi1, WANG Zuoshuai1, YU Bing1 1State Key Lab. Of Advanced Electromagnetic Engineering and Technology, China An Optimal Configuration Design of MRI/NMR Magnet Taking into Account REBCO Layer NOGUCHI So1, UEDA Hiroshi2, ISHIYAMA Atsushi3, MIYAZAKI Hiroshi4, TOSAKA Taizo4, NOMURA Shunji4, KURUSU Tsutomu4, URAYAMA Shinichi5, FUKUYAMA Hidenao5 1Hokkaido University / Waseda University, Japan, 2Osaka University / Waseda University, Japan, 3Waseda University, Japan, 4Toshiba Corporation, Japan, 5Kyoto University, Japan Numerical Analyses on Magnetic Field Generated by Screening Current in REBCO Multiple Pancake Coils for MRI application UEDA Hiroshi1, NOGUCHI So2, MOCHIDA Ayumu3, WANG Tao3, ISHIYAMA Atsushi3, MIYAZAKI Hiroshi4, TOSAKA Taizo4, NOMURA Shunji4, KURUSU Tsutomu4, URAYAMA Shinichi5, FUKUYAMA Hidenao5 1Osaka University, Japan, 2Hokkaido University, Japan, 3Waseda University, Japan, 4Toshiba Corporation, Japan, 5Kyoto University, Japan Evaluation of magnetic field homogeneity for a conduction-cooled REBCO magnet with a room temperature bore of 200 mm MIYAZAKI Hiroshi1, IWAI Sadanori1, OTANI Yasumi1, TAKAHASHI Masahiko1, TOSAKA Taizo1, TASAKI Kenji1, NOMURA Shunji1, KURUSU Tsutomu1, UEDA Hiroshi2, NOGUCHI So3, ISHIYAMA Atsushi4, URAYAMA Shinichi5, FUKUYAMA Hidenao5 1Toshiba Corporation, Japan, 2Osaka University, Japan, 3Hokkaido University, Japan, 4Waseda University, Japan, 5Kyoto University, Japan Numerical Evaluation on Influence of Screening Current on Field Homogeneity in REBCO coils UEDA Hiroshi1, NOGUCHI So2, MATSUMI Ayako3, IMAICHI Yohei3, WANG Tao3, ISHIYAMA Atsushi3, MIYAZAKI Hiroshi4, TOSAKA Taizo4, NOMURA Shunji4, KURUSU Tsutomu4, URAYAMA Shinichi5, FUKUYAMA Hidenao5 1Osaka University, Japan, 2Hokkaido University, Japan, 3Waseda University, Japan, 4Toshiba Corporation, Japan, 5Kyoto University, Japan

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Cryogenic Receive-only 7 Tesla Coil for Hyperpolarized 13C MRI WOSIK Jarek1, NESTERUK Krzysztof2, BOCKHORST Kurt3, I-CHIH Tan3, BANKSON James3, NARAYANA Ponnada3 1University of Houston, United States, 2Institute of Physics PAS, Poland, 3The University of Texas, United States Current sharing properties in parallel conductors composed of REBCO superconducting tapes for MRI KAWAHARA Fuminori1, IWAKUMA Masataka1, SATO Seiki1, YOSHIDA Koichi1, TOMIOKA Akira2, IZUMI Teruo3 1Kyushu University, Japan, 2Fuji Electric Co.Ltd., Japan, 3ISTEC, Japan Relaxation of shielding current in test coils for MRI with REBCO superconducting scribed tapes IWAKUMA Masataka1, TSUKIGI Yuhki1, NABEKURA Kohei1, SATO Seiki1, YOSHIDA Kouichi1, TOMIOKA Akira2, KONNO Masayuki2, IZUMI Teruo3, MACHI Takato3, IBI Akira3 1Kyushu University, Japan, 2Fuji Electric Co. Ltd, Japan, 3ISTEC, Japan Relaxation of shielding current in test coils for MRI with REBCO superconducting non-scribed tapes TSUKIGI Yuki1, NABEKURA Kohei1, IWAKUMA Masataka1, SATO Seiki1, YOSHIDA Koichi1, TOMIOKA Akira2, KONNO Masayuki2, IZUMI Teruo3, MACHI Takato3, IBI Akira3 1Kyushu University, Japan, 2Fuji Electric Co. Ltd, Japan, 3ISTEC, Japan Designing and Optimizing of High Field MRI Magnets Composed of 4 Layer Superconducting Coils Made of MgB2 Wires INANIR Fedai1, KUTUKCU Pinar1, KEYSAN Ozan2 1Yildiz Technical University, Turkey, 2Middle East Technical University, Turkey Development of 22 T VSM System using Novel Improvements in HTS Conductor GOOD Jeremy1, BRACANOVIC Darko1 1Cryogenic Ltd, United Kingdom

2A-LS-P-02 Sep 8 - Afternoon (2:00-4:00 PM) Large Scale - Accelerator magnets Magnetic system of the high field superconducting multipole wiggler for CAMD LSU KHRUSCHEV Sergey1, LEV Vladimir1, MEZENTSEV Nikolay1, SHKARUBA Vitaliy1, SYROVATIN Vasiliy1, TARASENKO Olga1, TSUKANOV Valeriy1, VOLKOV Askold1, ZORIN Artem1 1Budker Institute of Nuclear Physics, Russia Field calculation and measurement of a staggered undulator with HTS YBCO Bulk CHIANG Chen-An1, CHEN Sei-Da2, LUO Hao-Wen1, HWANG Ching-Shiang2, INGANN Chen3 1National Tsing Hua University, Taiwan (ROC), 2National Synchrotron Radiation Research Center, Taiwan (ROC), 3National Cheng Kung University, Taiwan (ROC)

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The MSU superconducting superferric cyclotron gas-stopper magnet, would replacing the LTS coils with HTS coils make any sense? GREEN Michael1, CHOUHAN Shailendra1 1Michigan State University, United States Prototype of the HTS shield for electron cooling system. DROBIN Valery1, KULIKOV Evgeny1, DOROFEEV Gennady1, SMIRNOV Alexander1, MALINOWSKI Henryk1 1Joint Institute for Nuclear Research (JINR), Russia Large Superconducting Magnets of the NICA Facility at JINR KOVALENKO Alexander1, KEKELIDZE Vladimir1, BUTENKO Andrew1 1Joint institute for Nuclear Research, Russia Design of a 16 Tesla Block-Coil Model Dipole for FCC GIANLUCA Sabbi1, XIAORONG Wang1, EMMANUELE Ravaioli2 1LBNL, United States, 2CERN, Switzerland Performance of Super Separator Spectrometer (S3) multipole magnets MANIKONDA Shashikant1, MEINKE Rainer1, NOLEN Jerry2 1AML Superconductivity and Magnetics, United States, 2Argonne National Laboratory, United States Self-field tests of Bi-Sr-Ca-Cu-O canted-cosine-theta dipoles WANG X1, ARBELAEZ D1, BROUWER L1, CASPI S1, DIETDERICH D1, FELICE H1, GODEKE A2, GOURLAY S1, HAFALIA R1, HEYS N1, HIGLEY H1, LIPTON T1, MARCHEVSKY M1, PRESTEMON S1, SABBI G1, TUNIO M1 1LBNL, United States, 2NHMFL, Florida State University, United States Novel approach to providing the main dipole field in the hadron version of the FCC TAYLOR Thomas1 1CERN, Switzerland Performance of the LARP Nb3Sn Quadrupole HQ03a CHLACHIDZE Guram1, AMBROSIO Giorgio1, ANERELLA Mike2, BAJAS Hugo3, BORGNOLUTTI Franck4, BOSSERT Rodger1, CHENG Daniel4, DIETDERICH Daniel4, FELICE Helene4, FERRACIN Paolo3, GHOSH Arup2, GODEKE Arno4, HAFALIA Aurelio4, MARCHEVSKY Maxim4, ORRIS Daryl1, RAVAIOLI Emmanuele3, SABBI Gianluca4, SCHMALZLE Jesse2, SALMI Tiina4, SYLVESTER Cosmore1, TARTAGLIA Mike1, TODESCO Ezio3, WANDERER Peter2, WANG Xiaorong4, YU Miao1 1FNAL, United States, 2BNL, United States, 3CERN, Switzerland, 4LBNL, United States Different Methods for Studying and Analyzing Dimensional Change due to Heat Treatment of Nb-Sn Rutherford Cable made for Coils in Accelerator Magnets PONG Ian1, DIETDERICH Dan1, GHOSH Arup2, HOLIK III Eddie3 1Lawrence Berkeley National Laboratory, United States, 2Brookhaven National Laboratory, United States, 3Fermi National Accelerator Laboratory, United States

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Comparing Turn Position Errors and Field Quality Measurement of the LARP Nb-Sn Quadrupole Magnet HQ02 AMBROSIO Giorgio1, CHLACHIDZE Guram1, DIMARCO Joseph1, BOSSERT Rodger1, CHENG Daniel2, DIETDERICH Daniel2, FELICE Helen2, GHOSH Arup3, HOLIK III Eddie1, MARCHEVSKY Maxim2, NOBREGA Alfred1, PONG Ian2, SABBI Gian2, SCHMALZLE Jesse3, WANG Xiaorong2, YU Miao1 1Fermi National Accelerator Laboratory, United States, 2Lawrence Berkeley National Laboratory, United States, 3Brookhaven National Laboratory, United States

2A-LS-P-03 Sep 8 - Afternoon (2:00-4:00 PM) Large Scale - AC losses, magnetization effects, and other electromagnetic characteristics Simultaneous Magnetic Shielding and Magnetization Loss Measurements of YBCO Cylinders at Variable Temperatures Under Cryogenic Helium Gas Circulation KVITKOVIC Jozef1, PAMIDI Sastry1 1Florida State University, United States Screening-currents simulation and experimental measurement in a YBCO tape-wound coil DILASSER Guillaume1, FAZILLEAU Philippe1, PARDO Enric2, TIXADOR Pascal3 1CEA Saclay, France, 2Slovak Academy of Sciences, Slovakia, 3Université de Grenoble-Alpes, France Open circuit voltage of rotating magnets based superconducting flux pump GENG J1, MATSUDA K1, FU L1, COOMBS T A1 1University of Cambridge, United Kingdom Hysteresis losses and Jc(B) scaling law for ITER Nb3Sn strand SEILER Eugen1, RICHTER David1, BORDINI Bernardo1, BOTTURA Luca1, BESSETTE Denis2, VOSTNER Alexander2, DEVRED Arnaud2 1CERN, Switzerland, 2ITER Organization, France Temperature, mechanical stress and induced current distribution in YBCO bulk during pulsed field magnetization TRILLAUD Frederic1, BERGER Kévin2, DOUINE Bruno2, LEVÊQUE Jean2 1Universidad Nacional Autónoma de México, Mexico, 2GREEN - Université de Lorraine, France Temporal field change measurement on a pancake coil wound by coated conductor OGITSU Toru1, SUGANO Michinaka1, NAKAMOTO Tatsushi1, TAKAYAMA Shigeki2, KOYANAGI Kei2, TASAKI Kenji2, ISHII Yusuke2, AMEMIYA Naoyuki3, NODA Koji4 1KEK, Japan, 2Toshiba Corporation, Japan, 3Kyoto University, Japan, 4National Institute of Radiological Sciences, Japan

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Influence of an AC magnetic field on a superconducting bulk magnetized in an iron core GONY Bashar1, BERGER Kévin1, DOUINE Bruno1, LÉVÊQUE Jean1 1GREEN - Université de Lorraine, France Numerical analysis of temperature dependence of ac loss for BSCCO insert in an 8T superconducting magnet WANG Lei1, WANG Qiuliang1 1Institute of Electrical Engineering, Chinese Academy of Sciences, China AC losses in a 2G HTS coil at diverse temperatures KIM Yungil1, LEE Ji-Young1, LEE Seyeon1, PARK Sang Ho1, KIM Woo-Seok1, HONG Gye-Won1, LEE Ji-Kwang2, CHOI Kyeongdal1 1Korea Polytechnic Unversity, South Korea, 2Woosuk University, South Korea Properties of magnetized second generation superconductors in rotating machines: Critical role of substrates in magnetization and demagnetization of HTS stacked tapes BAGHDADI Mehdi1, RUIZ Harold1, MATSUDA Koichi1, COOMBS Timothy1 1University of Cambridge, United Kingdom Numerical and experimental study of superconducting coils with different coated conductors in self field ZHANG Huiming1, YUAN Weijia1, ZHANG Min1, ZHANG Zhenyu1 1University of Bath, United Kingdom Turn-to-turn Characteristic Resistance Determination of no-insulation YBCO HTS Pancake Coil ZHANG Zhenyu1, KIM Chul2, KIM Jin Geun2, KVITKOVIC Jozef2, PAMIDI Sastry2, YUAN Weijia1 1University of Bath, United Kingdom, 2Florida State University, United States Numerical and experimental study of superconducting coils in external magnetic field ZHANG Huiming1, YUAN Weijia1, ZHANG Min1, ZHANG Zhenyu1 1University of Bath, United Kingdom Experimental research on ac loss and critical current of impregnated superconducting coils ZHANG Huiming1, YUAN Weijia1, ZHANG Min1 1University of Bath, United Kingdom

Influence of the internal architecture of MgB2 conductors in the load-line of magnet coils. PELEGRIN Jorge1, YOUNG Edward1, YANG Yifeng1 1Institute of Cryogenics, Energy Technology, University of Southampton, United Kingdom

Study of AC losses in HTS coils considering different harmonic components AMARO Nuno1, MURTA-PINA João1, MARTINS João1, CEBALLOS José-Maria2, CATARINO Isabel3

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1CTS-UNINOVA, Portugal, 2Escuela de Engenierías Industriales, U. de Extremadura, Spain, 3LIBPhys-UNL, Faculdade Ciências e Tecnologia – UNL, Portugal Performances of a 2G HTS coil wound on a Soft Magnetic Composite material core MORICI Luigi1, MESSINA Giuseppe1, CELENTANO Giuseppe1, MAIERNA Ferruccio1, MARCHETTI Marcello1, VIOLA Rosario1, MARIGNETTI Fabrizio2 1ENEA, Italy, 2University of Cassino, Italy

2A-LS-P-04 Sep 8 - Afternoon (2:00-4:00 PM) Large Scale - Quench, Stability & Thermal problems 3D Electro-Thermal Model For Assessing The Performance Of Multilayered Structures When They Are Utilised In a Superconducting Fault Current Limiter RUIZ Harold1, COOMBS Tim1 1University of Cambridge, United Kingdom Application of the FDM-ADI Method for Simulating SFCL under Inrush Conditions DE SOUSA Wescley Tiago1, POLASEK Alexander2, DE ANDRADE JR Rubens1 1Federal University of Rio de Janeiro, Brazil, 2Electric Power Research Center, Brazil Upgrading quench detection system for EAST TF magnet HU Yanlan1, PAN Chao1, XIAO Yezhen1 1Institute of Plasma Physics, CAS, China A New Numerical Model for the Quench Simulation in Cable in Conduit Conductor YANG Yilin1, WU Yu1, LIU Bo1 1Institute of Plasma Physics, China Investigation of Current Path between Turns of NI REBCO Pancake Coil by 2-D Finite Element Method MONMA Katsutoshi1, NOGUCHI So1, IGARASHI Hajime1, ISHIYAMA Atsushi2 1Graduate School of Information Science and Technology Hokkaido University, Japan, 2Department of Electrical Engineering and Bioscience, Japan Over-current Properties of MgB2 Wire Cooled by Liquid Hydrogen under Magnetic Field SHIGETA Hiroki1 1Kyoto University, Japan Study of HTS machine system cooling with a closed loop thermosyphon: stability for unsteady heat load and transient conduction YAMAGUCHI Kota1, MIKI Motohiro1, IZUMI Mitsuru1, MURASE Yohei2, YANASE Etsuya2, YANAMOTO Toshiyuki2 1Tokyo University of Marine Science and Technology, Japan, 2Kawasaki Heavy Industries, Ltd, Japan

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Validation test of the forced-flow cooling concept for the superconducting magnet of AMIT cyclotron MUNILLA Javier1, ABRAMIAN Pablo1, CALERO Jesus1, GARCÍA-TABARÉS Luis1, GUTIERREZ Jose Luis1, MOLINA Eduardo1, TORAL Fernando1, VAZQUEZ Cristina1 1CIEMAT, Spain Experimental study and simulation of quench in MgB2 coils for wind generators for SUPRAPOWER SANZ Santiago1, SARMIENTO Gustavo1, PUJANA Ainhoa1, JOSE Merino1, MARINO Iker1 1TECNALIA, Spain The magnetization processes in layered high-temperature superconductors: the effect of anisotropy KASHURNIKOV Vladimir1, MAKSIMOVA Anastasiia1, RUDNEV Igor1 1National Research Nuclear University MEPhI, Russia Comparison of overcurrent responses of 2G HTS tapes CZERWINSKI Dariusz1, JAROSZYNSKI Leszek1, CHARMAS Barbara2, MAJKA Michal3, KOZAK Janusz3 1Lublin University of Technology, Poland, 2Marie Curie-Sklodowska University, Poland, 3Electrotechnical Institute, Poland Coupled Electromagnetic-Thermal Analysis of YBCO Bulk Magnets for the Excitation System of Low-Speed Electric Generators BRANCO Paulo1, ARNAUD João1 1Universidade de Lisboa, Instituto Superior Técnico, Portugal Finite element modeling of the magnetization process of a superconducting stack LOPEZ Jose1, GRANADOS Xavier2, CARRERA Miquel3, MAYNOU Roger1 1UPC BarcelonaTech, Spain, 2ICMAB-CSIC, Spain, 3Universitat de Lleida, Spain Quench Propagation Simulation Using Monte Carlo Method MANIKONDA Shashikant1, MEINKE Rainer1, BHADORI Reza2 1AML superconductivity and magnetics, United States, 2Florida Institute of Technology, United States Computational evaluation of temperature distribution in various layers of HTS cable using finite element method CHEMIKALA Prudhvinath Reddy1, SUNIL Karthik1, USURUMARTI Preeti Rao2, DONDAPATI Rajasekhar1 1Lovely Professional University, India, 2PVKK Institute of Technology, India Numerical analysis for forced convection heat transfer of cryogenic hydrogen at supercritical pressure SHIRAI Yasuyuki1, SHIOTSU Masahiro1, NARUO Yoshihiro2, KOBAYASHI Hiroaki2, NONAKA Satoshi2, INATANI Yoshifumi2 1Kyoto University, Japan, 2Japan Aerospace Exploration Agency (JAXA), Japan

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Impact of Matrix Material on Quench Propagation in MgB2 Conductors MASOUDI Ali1, LECLERC Julien1, MASSON Philippe1 1University of Houston, United States

2A-LS-P-05 Sep 8 - Afternoon (2:00-4:00 PM) Large Scale - Test facilities and measurement Test of 6 kA HTS Current Leads for Accelerator Magnet LIU Chenglian1, DING Kaizhong1, ZHOU Tingzhi1, FENG Hansheng1, WU Huan1, LIU Xiang1, JING Kaiming1, ZHANG Ke1, LU Kun1, SONG Yuntao1 1Institute of Plasma Physics, CAS, China Recent progress in compact, robust and superior field-tolerant QMG current leads using RE-Ba-Cu-O bulk superconductors TESHIMA Hidekazu1, NARIKI Shinya1, MORITA Mitsuru1 1Nippon Steel & Sumitomo Metal Corporation, Japan Commissioning of a Cryogenic DC Superconducting Current Transformer for the Operation of a 70 kA Superconducting Transformer at the CERN Cable Test Facility MONTENERO Giuseppe1, PASQUALE Arpaia2, BALLARINO Amalia1, BOTTURA Luca1 1European Laboratory for Nuclear Research (CERN), Switzerland, 2Università di Napoli Federico II, Italy Commissioning of HTS Adapter and Heat Exchanger for Testing of High Current HTS Conductors WESCHE Rainer1, BYKOVSKY Nikolay1, UGLIETTI Davide1, SEDLAK Kamil1, STEPANOV Boris1, BRUZZONE Pierluigi1 1EPFL-CRPP, Switzerland Upgrade of the Automatic Measurement System for the Electrical Verification of the LHC Superconducting Circuits LUDWIN Jaromir1, JURKIEWICZ Piotr1 1Henryk Niewodniczanski Institute of Nuclear Physics, Poland Development of Zinc Coating Methods on Fiber Bragg Grating Temperature Sensors SUGINO Motohiko1, OGATA Masafumi1, KATSUTOSHI Mizuno1, HASEGAWA Hitoshi1 1Railway Technical Research Institute, Japan Modified calibration free method for AC magnetization loss measurement FROLEK Lubomír1, PITEL Jozef1, TANCÁR Juraj1 1Institute of Electrical Engineering, SAS, Slovakia Novel rotating coil setup for the defenition of the magnetic field quality for XFEL magnets BONDARCHUK Eduard1, KLIMCHENKO Yury1, KONSTANTINOV Alexey1, KOVALCHUK Oleg1, LANCETOV Andrey1, MARUSHIN Egor1, MEDNIKOV Andrey1, RODIN Igor1 1JSC D.V.Efremov Institute of Electrophysical Apparatus, Russia

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DESIGNING VAPOUR-COOLED AND FORCED-FLOW COOLED CURRENT LEADS AUGUSTO Paulo1, CASTELO-GRANDE Teresa1, AUGUSTO Pedro2, BARBOSA Domingos1, ESTEVEZ Angel3 1LEPABE, Faculdade de Engenharia da Universidade do Porto, Portugal, 2Science Manager, Faculty of Medicine of Porto University, Portugal, 3APLICAMA Research Group, Fac. de Ciencias Químicas, Spain Magnet Test Facility Upgrades at LBNL TURQUETI Marcos1, MARCHEVSKY Maxim1 1Lawrence Berkeley National Laboratory, United States Study of the self field influence on the IxV characteristic of 2G superconducting coil MARTINS ROCHA Luís Micahel1, DIAS Daniel1, SOTELO Guilherme1, POLASEK Alexander2, MARTINS Helvio2 1Universidade Federal Fluminense, Brazil, 2Centro de Pesquisas de Energia Elétrica, Brazil Probing the characteristics of the magnetic moment of large bulk GdBCO single domains using a flux extraction magnetometer suited to large samples VANDERBEMDEN Philippe1, EGAN Raphael1, PHILIPPE Matthieu1, WERA Laurent1, MORITA Mitsuru2, NARIKI Shinya2, TESHIMA Hidekazu2, VANDERHEYDEN Benoit1, FAGNARD Jean-Francois1 1University of Liège, Belgium, 2Nippon Steel & Sumitomo Metal Corporation, Japan Study on the Transport Current Characteristic Test for the HTS Tape Under the Spray Cooling DU Ho Ik1, HONG Gong Hyun1 1Chonbuk National University, South Korea

2A-LS-P-06 Sep 8 - Afternoon (2:00-4:00 PM) Large Scale - Fault Current Limiter I Comparison of peak current limiting in two magnetically coupled SFCLs using dual iron core KO Seok1, KIM Young1 1Kongju National University, South Korea Effect of peak current limiting in series connection SFCL with two magnetically coupled circuits using E-I core KIM Young1, LIM Sung2, KO Seok1 1Kongju National University, South Korea, 2Soongsil University, South Korea Analysis on Current Limiting Characteristics of Transformer Type Superconducting Fault Current Limiters Made of BSCCO and GdBCO Wires ZHANG Chi1, YONEMURA Naoki1, MUKAI Mariko1, SHIRAI Yasuyuki1, BABA Jumpei2 1Kyoto University, Japan, 2The University of Tokyo, Japan

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Performance of Modular SFCL using REBCO Coated Conductor Tapes under repetitive overcurrent tests BALDAN Carlos1, YUAN Weijia2, SHIGUE Carlos1, RUPPERT FILHO Ernesto3 1EEL - University of Sao Paulo - USP, Brazil, 2University of Bath, United Kingdom, 3FEEC - State University of Campinas - UNICAMP, Brazil Saturated iron-core superconducting fault current limiter assisted by a fast circuit fault detector FAJONI Fernando1, RUPPERT Ernesto1, BALDAN Carlos2 1FEEC - State University of Campinas - UNICAMP, Brazil, 2EEL - University of São Paulo - USP, Brazil Optimized Design of the Dc Coil, Ac Coil, and the Iron Core for a Saturated Iron Core Superconducting Fault Current limiter WEI Ziqiang1, XIN Ying1, JIN Jianxun1, CUI Jibin2, TIAN Bo2, LI Bin1 1Tianjin University, China, 2Futong Group, Co., China A Superconducting Air-Core Power Reactor with Non-Inductive Coil Insert JIN Jian Xun1, CHEN Xiao Yuan2, XIN Ying1 1Tianjin University, China, 2Sichuan Normal University, China Recovery Characteristics of GdBCO Superconducting Tape with Cooling Fins and Teflon Coating for Resistive Fault Current Limiter SHIRAI Yasuyuki1, YONEDA Kazuya1, HIGA Daisuke1, SHIOTSU Masahiro1, HONDA Yoshihiro2, ISOJIMA Shigeki2 1Kyoto University, Japan, 2Sumitomo Electric Industries, Japan Modeling and experiment of the current limiting performance of a resistive superconducting fault current limiter in the experimental system LIANG Fei1, YUAN Weijia1, BALDAN Carlos2, ZHANG Min1, LAMAS Jérika3 1University of Bath, United Kingdom, 2University of Sao Paulo, Brazil, 3Université Libre de Bruxelles, Belgium A method for quench detection in inductive superconducting fault current limiters of transformer type MURTA-PINA Joao1, ALVES Marco2 1Centre of Technology and Systems - UNINOVA, Portugal, 2Faculdade de Ciencias e Tecnologia - Universidade de Lisboa, Portugal Evaluation of Electrical and Mechanical Properties of Micro-joined Coated Conductors ARSÉNIO Pedro1, VILHENA Nuno1, MURTA-PINA João1, PRONTO Anabela1, ÁLVAREZ Alfredo2, SUÁREZ Pilar2, MIRANDA Rosa3 1Uninova - Centre of Technology and Systems, Portugal, 2"Benito Mahedero” Group of Electrical Applications, Spain, 3UNIDEMI, Portugal Thermal stability of different ReBCO tapes at varying electrical field and over-current conditions ANDREJ Kudymow1, STEFFEN Elschner2, SEVERIN Strauss1 1Karlsruhe Institute of Technology (KIT), Germany, 2Mannheim University of Applied Sciences, Germany

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Behavior of a small superconducting fault current limiter based on SmBaCuO polycrystaline ceramic PASSOS Carlos1, ORLANDO Marcos1, CAPUCHO Ivan1, ROCHA JR Edmilson1, ABILIO Vinicius1, MCAHCADO Luiz1 1Federal University of Espirito Santo, Brazil Design methodology for modelling and simulation of saturated cores fault current limiters VILHENA Nuno1, ARSÉNIO Pedro1, MURTA-PINA João1, PRONTO Anabela1, ÁLVAREZ Alfredo2 1UNINOVA - CTS, Portugal, 2Electrical Engineering Department, University of Extremadura, Spain Study on Peak Fault Current Limiting Characteristics of SFCL using Two Magnetically Coupled Shunt-Reactors KO Seok-Cheol1, LIM Sung-Hun2 1Kongju National University, South Korea, 2Soongsil University, South Korea

2A-LS-P-07 Sep 8 - Afternoon (2:00-4:00 PM) Large Scale - Transmission and Distribution Cables II Development and characterisation of a 2G HTS Roebel cable for aircraft power systems FETISOV Sergey1, ZUBKO Vasily1, ZANEGIN Sergey1, NOSOV Alexander1, VYSOTSKY Vitaly1, KARIO Anna2, KLING Andrea2, GOLDACKER Wilfried2, MOLODYK Alexander3, MANKEVICH Alexey3, KALITKA Vladislav3, SAMOILENKOV Sergey3, MELYUKOV Dmitry4 1Russian Scientific R&D Cable Institute, Russia, 2Karlsruhe Institute of Technology (KIT), Germany, 3SuperOx, Russia, 4Airbus Group Innovations Russia, Russia Development and test results of the first Russian triaxial HTS cable prototype with 1 kV/2 MVA ratings FETISOV Sergey1, ZUBKO Vasily1, ZANEGIN Sergey1, NOSOV Alexander1, VYSOTSKY Vitaly1 1Russian Cable Scientific R&D Institute, Russia Sustainable power transmission - Socio-economics of superconducting transmission lines THOMAS Heiko1, MARIAN Adela1, CHERVYAKOV Alexander1, RUBBIA Carlo1 1Institute for Advanced Sustainability Studies e.V., Germany Offshore Renewable Energy Integration – Superconducting Submarine Power Cables LI Quan1, INGRAM David1 1University of Edinburgh, United Kingdom Evaluation of Thermoelectric Performance of Peltier Current Leads designed for Superconducting Direct-Current Transmission Cable Systems SEIKI Miyata1, YUKIO Yoshiwara1, HIROFUMI Watanabe1, KENGO Yamauchi1, KEIJI Makino1, SATAROU Yamaguchi1 1Chubu University, Japan

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Design and Construction of the 500-meter and 1000-meter DC Superconducting power cables CHIKUMOTO Noriko1, WATANABE Hirofumi1, IVANOV Yury1, TAKANO Hirohisa1, YAMAGUCHI Sataro1, KOSHIZUKA Hiromi2, HAYASHI Kazuhiko3, SAWAMURA Toru4 1Chubu University, Japan, 2Chiyoda Corporation, Japan, 3Sumitomo Electric Industries, Ltd., Japan, 4Sakura Internet Inc., Japan The test results of AC and DC HTS cables in Russia SYTNIKOV Victor1, BEMERT Sergey1, KARPOV Victor1, KRIVETSKY Igor1, ROMASHOV Maxim1, SHAKARYAN Yuri1 1JSC R&D Center, FGC UES, Russia Numerical Simulation for Development of a Superconducting Power Cable SILVA Edson1, NEVES Marcelo1, LOPES Artur1, CASTELLO-BRANCO Luiz1, ANTUNES Janeffer1, TORRES Alesson1, NASCIMENTO Carlos2 1LMDS-UFRRJ, Brazil, 2CEMIG, Brazil New HTS Cable Project in Japan – Progress in Safety and Reliability of HTS Power Transmission Technology - OHYA Masayoshi1, MASUDA Takato1, MIMURA Tomoo2, HONJO Shoichi2, MUKOYAMA Shinichi3, YAGI Masashi3, IIJIMA Yasuhiro4, WATANABE Kazuo4, YAGUCHI Hiroharu5, MACHIDA Akito5 1Sumitomo Electric Industries, Ltd., Japan, 2Tokyo Electric Power Company, Japan, 3Furukawa Electric Co., Ltd., Japan, 4Fujikura Ltd., Japan, 5Mayekawa MFG. Co., Ltd., Japan

2A-LS-P-08 Sep 8 - Afternoon (2:00-4:00 PM) Large Scale - Motors & Generators II Design and testing of 200 kW synchronous motor with 2G HTS field rotor coils DEZHIN Dmitry1, KOVALEV Konstantin1, VERZHBITSKY Leonid2, KOZUB Sergey3, FIRSOV Valeriy1 1Moscow Aviation Institute, Russian Federation, 2JSC Scientific-Research Institute of Electromechanical Plant, Russian Federation, 3Institute for High Energy Physics, Russian Federation AC Loss Modelling and Comparison for 10 MW Wind Turbine Generators with MgB2 Superconducting Field Winding LIU Dong1, SCHELLEVIS Joost1, POLINDER Henk1, ABRAHAMSEN Asger2, MAGNUSSON Niklas3 1Delft University of Technology, Netherlands, 2Technical University of Denmark, Denmark, 3SINTEF Energy Research, Norway The electromagnetic design of a 15 kW-class fully-superconducting synchronous generator SONG Peng1, QU Timing2, WU Qihong2, GU Chen1, HAN Zhenghe1 1Applied Superconductivity Research Center, China, 2Department of Mechanical Engineering, Tsinghua University, China AC Losses of 2G HTS Machines in Different Operating Conditions SONG Xiaowei1, MIJATOVIC Nenad1, JENSEN Bogi2, HOLBOELL Joachim1

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1Technical University of Denmark, Denmark, 2University of the Faroe Islands, Faroe Islands Estimation of histeretic losses for MgB2 tapes in a generator-like operation condition VARGAS-LLANOS Carlos Roberto1, RODRIGUEZ-ZERMENO Victor M.2, TRILLAUD Frederic1, GRILLI Francesco2 1National Autonomous University of México (UNAM), Mexico, 2Karlsruhe Institute of Technology (KIT), Germany Axial-field HTS machine with integrated magnetic coupling DOLISY Bastien1, MEZANI Smail1, LUBIN Thierry1, BERGER Kevin1, DOUINE Bruno1, LÉVÊQUE Jean1 1Université de Lorraine, France YBCO coils system for axial flux electrical machines applications: manufacturing and test MESSINA Giuseppe1, MORICI Luigi1, CELENTANO Giuseppe1, MAIERNA Ferruccio1, MARCHETTI Marcello1, VIOLA Rosario1 1ENEA, Italy Experimental evaluation of a new induction motor starting method using superconducting BRAZ DA SILVA Flavio1, BALDAN Carlos2, JUSSARA Fardin3, SIMONETTI Domingos3 1IFES - Federal Institute of Espírito Santo, Brazil, 2EEL - University of São Paulo - USP, Brazil, 3UFES-Federal University of Espírito Santo, Brazil Short circuit and locked rotor tests of a superconducting machine BAILEY Wendell1, YANG Yifeng1, ZHANG Qingbo1, BEDUZ Carlo1 1University of Southampton, United Kingdom Comparison of Force Density of Various Superconducting Linear Motor Types Considering Numerically Evaluated AC Losses DE BRUYN Bart1, JANSEN Helm1, LOMONOVA Elena1 1Eindhoven University of Technology, Netherlands

2A-M-P-01 Sep 8 - Afternoon (2:00-4:00 PM) Materials - YBCO films II YBCO-SrTiO3 multilayer approach for coated conductors on textured Ni-W tapes CHERNYKH Igor1, KRYLOVA Tatiana1, SHAYNUROV Ruslan1, ZANAVESKIN Maxim1 1National Research Centre "Kurchatov institute", Russia Low temperature fabrication of high-Tc REBa2Cu3Oy films by oxygen partial pressure controlled KOH flux method FUNAKI Shuhei1, YAMADA Yasuji1, OKUNISHI Ryota1, MIYACHI Yugo1 1Shimane University, Japan

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The optimization of nitrates decomposition synthesis for preparation of LaBaCaCu3Oy (6 < y < 7) ARADA M.el Hachemi1 1Université de Jijel, Algeria Low-angle grain boundaries revisited: towards a field effect study FÊTE Alexandre1, ROSSI Lidia1, AUGIERI Andrea1, SENATORE Carmine1 1University of Geneva, Switzerland Current flowing mechanism through interlayers in YBa2Cu3Ox - SrTiO3 multilayer structures on textured tapes CHERNYKH Igor1, KRYLOVA Tatiana1, CHERNYKH Maria1, SHAINUROV Ruslan1, ZANAVESKIN Maxim1 1NRC "Kurchatov Institute", Russia Inkjet printed multifilamentary YBCO/PrBCO coated conductors MITCHELL-WILLIAMS Thomas1, VANDEN BUSSCHE Dries1, HOPKINS Simon1, PETRYKIN Valery2, MOLODYK Alexander3, VAN DRIESSCHE Isabel4, GLOWACKI Bartek1 1University of Cambridge, United Kingdom, 2SuperOx Japan LLC, Japan, 3SuperOx-Innovations, Russia, 4Ghent University, Belgium Doping effects of Cl on the magnetic angular dependence of Jc of fluorine-free MOD Y123 films MOTOKI Takanori1, SHIMOYAMA Jun-Ichi1, YAMAMOTO Akiyasu1, OGINO Hiraku1, KISHIO Kohji1, IKUHARA Yuichi1, HORII Shigeru1, DOI Toshiya1, HONDA Genki2, NAGAISHI Tatsuoki2 1The University of Tokyo, Japan, 2Sumitomo Electric Industries, Ltd., Japan Cube Texture Formation of Cu-33at.%Ni Alloy Substrates and CeO2 Buffer Layer for YBCO Coated Conductors YI Wang1, HUI Tian1 1Beijing University of Technology, China Superconducting properties and degradation in water of Gd-Ba-Cu-O tapes fabricated by a suspension spinning BAN Eriko1, IKEBE Yumiko1 1Meijo University, Japan Preparation of YbBa2Cu4O8 epitaxial films using metal organic deposition method HORIDE Tomoya1, AOYAGI Shoma1, ICHINOSE Ataru2, MATSUMOTO Kaname1 1Kyushu Institute of Technology, Japan, 2Central Research Institute of Electric Power Industry, Japan Tailoring of YBCO film with Artificial Pinning Center For Low Temperature and High Field Pinning Application. ANGRISANI ARMENIO Achille1, PINTO Valentina1, MANCINI Antonella1, RIZZO Francesco1, VANNOZZI Angelo1, RUFOLONI Alessandro1, AUGIERI Andrea1, GALLUZZI Valentina1, SOTGIU Giovanni2, FROLOVA Anna2, POMPEO Nicola2, SILVA Enrico2, CELENTANO Giuseppe1 1ENEA, Italy, 2Università di Roma Tre, Italy

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The influence factors during the preparation process of SCO buffer via reel-to-reel slot-die coating ZHAO Yong1, YONG Zhang1 1Southwest Jiaotong University, China Nanocomposite YBa2Cu3O7-δ thin films using low fluorine metal organic deposition and preformed nanocrystals POLLEFEYT Glenn1, RIJCKAERT Hannes1, DE KEUKELEERE Katrien1, DE ROO Jonathan1, HÄNISCH Jens2, FEENSTRA Ron3, BENNEWITZ Jan3, BÄCKER Michael3, HEMGESBERG Maximilian4, VAN DRIESSCHE Isabel1 1Ghent University, Belgium, 2Karlsruhe Institute of Technology (KIT), Germany, 3Deutsche Nanoschicht GmbH, Germany, 4BASF, Germany Understanding growth and nucleation of nanocomposite YBa3Cu3O7-δ thin films derived from low fluorine metal organic deposition. RIJCKAERT Hannes1, POLLEFEYT Glenn1, DE KEUKELEERE Katrien1, DE ROO Jonathan1, HÄNISCH Jens2, FEENSTRA Ron3, BENNEWITZ Jan3, BÄCKER Michael3, HEMGESBERG Maximilian4, VAN DRIESSCHE Isabel1 1Ghent University, Belgium, 2Karlsruhe Institute of Technology (KIT), Germany, 3Deutsche Nanoschicht GmbH, Germany, 4BASF, Germany Intermediate phase evolution in YBCO films fabricated by precursor solution with a F/Ba atomic ratio of 2 WU Wei1, FENG Feng2, ZHAO Yue3, TANG Xiao4, GRIVEL Jean-Claude3, HAN Zhenghe2, HONG Zhiyong1, JIN Zhijian1 1Shanghai Jiao Tong University, China, 2Tsinghua University, China, 3Technical University of Denmark, Denmark, 4University of Hamburg, Germany Development of a low-fluorine propionate precursor solution for YBCO superconducting films NASUI Mircea1, PETRISOR Traian Jr.1, MOS Ramona1, MESAROS Amalia1, GABOR Mihai1, RIZZO Francesco2, CELENTANO Giuseppe2, CIONTEA Lelia1, PETRISOR Traian1 1Technical University of Cluj–Napoca, Romania, 2ENEA Superconductivity Laboratory, Italy In-situ monitoring of oxygenation kinetics in solution derived YBCO films by electrical resistivity CAYADO Pablo1, SÁNCHEZ Cesar1, STANGL Alexander1, VALLÉS Ferran1, PALAU Anna1, COLL Mariona1, PUIG Teresa1, OBRADORS Xavier1 1ICMAB-CSIC, Spain

2A-M-P-02 Sep 8 - Afternoon (2:00-4:00 PM) Materials - Vortex, flux pinning I Relationship between the vortex movement and the surface resistance of YBCO thin films in high magnetic fields OHSHIMA Shigetoshi1, SATO Keisuke1 1Yamagata University, Japan

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Dissipative mechanisms of moving vortices in mesoscopic superconducting systems DUARTE Elwis1, SARDELLA Edson1, ZADOROSNY Rafael1, MILOSEVIC Milorad2 1Univ Estadual Paulista - UNESP, Brazil, 2Universiteit Antwerpen, Belgium Analysis of order and vortex grouping in an isotropic vortex glass in microTesla-field-cooled YBCO thin films by scanning SQUID microscopy WELLS Frederick1, PAN Alexey1, GOLOVCHANSKIY Igor1, FEDOSEEV Sergey1, WANG X. Renshaw2, HILGENKAMP Hans2 1University of Wollongong, Australia, 2University of Twente, Netherlands Analysis of the ac magnic response of superconductors across the dc irreversibility line MIU Lucica1, IVAN Ion1, IONESCU Alina1, MIU Dana2 1National Institute of Materials Physics, Romania, 2National Institute of Laser, Plasma, and Radiation, Romania Observation of Little-Parks oscillations in a multiband superconducting film NISHIO Taichiro1, ARISAWA Shunichi2, TANAKA Yasumoto3 1Tokyo University of Science, Japan, 2NIMS, Japan, 3AIST, Japan Dopant diameter dependence of Jc(B) in doped YBCO films PATURI Petriina1, MALMIVIRTA Mika1, PALONEN Heikki2, HUHTINEN Hannu1 1University of Turku, Finland, 2Uppsala University, Sweden Measurements of vortex pinning in YBCO and YBCO/BZO coated conductors using a microwave technique. TOROKHTII Kostiantyn1, POMPEO Nicola1, RIZZO Francesco2, AUGIERI Andrea2, MANCINI Antonella2, CELENTANO Giuseppe2, SILVA Enrico1 1Università di Roma Tre, Italy, 2ENEA CR Frascati, Italy Electron holography of high temperature superconductors – experiences and learnings. PUICHAUD Anne-Helene1, KNIBBE Ruth1, YAZDI Sadegh2, KASAMA Takeshi2, WIMBUSH Stuart1, STRICKLAND Nick1, TALANTSEV Evgeny1 1Victoria University of Wellington, New Zealand, 2Technical University of Denmark, Denmark Effects of the size of pinning centers on the flux pinning properties of YBCO single grain grown by Top Seeded Melt Texture and Growth MOUTALBI Nahed1, NOUDEM Jacques2, M'CHIRGUI Ali1 1Systems and Applied Mechanics Laboratory LASMAP, Tunisia, 2CRISMAT - LUSAC / CNRS, UCBN / ENSICAEN, France Vortex pinning behavior of YBa2Cu3O7 thin films grown on La0.66Sr0.33MnO3 nano-island decorated MgO (001) substrates PETRISOR Traian Jr.1, MOS Ramona1, NASUI Mircea1, GABOR Mihai1, MESAROS Amalia1, SANDU Viorel2, MIU Lucica2, CIONTEA Lelia1, PETRISOR Traian1

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1Technical University of Cluj-Napoca, Romania, 2National Institute of Materials Physics, Romania Collective Pinning and E–J characteristics of 2G Coated Conductor Tapes FALORIO Iole1, YOUNG Edward1, YANG Yifeng1 1Institute of Cryogenics, Energy Technology, University of Southampton, United Kingdom Pinning and Matching effects in YBa2Cu3O7-x thin films with Ba2Y(Nb/Ta)O6 additions OPHERDEN Lars1, SIEGER Max1, MELEDIN Alexander2, BIANCHETTI Marco3, PAHLKE Patrick1, NAST Rainer4, SCHULTZ Ludwig1, VAN TENDELOO Gustaaf2, HOLZAPFEL Bernhard4, MACMANUS-DRISCOLL Judith3, HÜHNE Ruben1, HÄNISCH Jens4 1IFW Dresden, Germany, 2University of Antwerp, Belgium, 3University of Cambridge, United Kingdom, 4Karlsruhe Institute of Technology (KIT), Germany Stability mechanisms of high current transport in iron-chalcogenides superconducting films LEO Antonio1, AVITABILE Francesco1, GRIMALDI Gaia2, GUARINO Anita1, MARRA Pasquale2, CITRO Roberta1, BELLINGERI Emilio2, KAWALE Shrikant2, FERDEGHINI Carlo2, NIGRO Angela1, PACE Sandro1 1Università degli Studi di Salerno, Italy, 2CNR-SPIN, Italy Combined effect of high-energy heavy-ion and proton irradiation on iron based superconductor (Ba, K)Fe2As2 studied by quantitative magneto-optical imaging LAVIANO Francesco1, GERBALDO Roberto1, GHIGO Gianluca1, GOZZELINO Laura1, MIKITIK Grigorii2, TAMEGAI Tsuyoshi3 1Politecnico di Torino, Italy, 2Ukrainian Academy of Sciences, Ukraine, 3The University of Tokyo, Japan Optimal, Nanodefect Configurations via Strain-Mediated Assembly for Optimized Vortex-Pinning in High-Temperature Superconducting Wires in a Wide Operating Temperature Regime from 4.2K-77K

2A-M-P-03 Sep 8 - Afternoon (2:00-4:00 PM) Materials - BSCCO, LTS, others II Enhancement of high-Tc phase formation and critical current density in (Bi,Pb)-2223 superconductor by B4C doping and high-energy ball milling MARGIANI Nikoloz1, PAPUNASHVILI Natela1, ADAMIA Zurab1, DZANASHVILI Dali2, MUMLADZE Giorgi2, NIKOGHOSYAN Sergey3, SAHAKYAN Aram3, KUZANYAN Armen4, SARKISYAN Albert5 1Vl. Chavchanidze Institute of Cybernetics of the Georgian Technical University, Georgia, 2R. Agladze Institute of Inorganic Chemistry and Electrochemistry, Georgia, 3Yerevan Physics Institute, Armenia, 4Institute for Physical Research (IPR) of NAS RA, Armenia, 5International Scientific-Educational Center of NAS, Armenia

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Topotactic synthesis and pressure effects of BiS2-based superconductors OGINO Hiraku1, OKADA Tomoyuki1, YAKITA Hiroyuki1, SHIMOYAMA Jun-Ichi1, KISHIO Kohji1, TAKESHITA Nao2, SHIRAKAWA Naoki2, IYO Akira2, EISAKI Hiroshi2 1The University of Tokyo, Japan, 2National Institute of Advanced Industrial Science and Technology, Japan Relationship between phase stability and alkaline-earth and rare-earth species in Nb- and Ta-"1-2-1-2" compounds MAEDA Toshihiko1, HIRANO Shoya1, AKESAKA Takeshi1, MATSUDA Gota1, YASUDA Kento1 1Kochi University of Technology, Japan Critical temperature of superconducting proximity sytems with nonuniform ferromagnetic TUMANOV Vadim1, PROSHIN Yurii1 1Kazan Federal University, Russia Impurity Effects on Transition Temperatures of Nano-Structured Superconductors UMEDA Masaki1, KATO Masaru1, SATO Osamu1 1Osaka Prefecture University, Japan Thickness Modulated Niobium Nano-strips by Focused Ion Beam DE LEO Natascia1, FRETTO Matteo1, LACQUANITI Vincenzo1, CASSIAGO Cristina1, D'ORTENZI Luca1, BOARINO Luca1, MAGGI Sabino2 1INRIM National Institute for Metrological Research, Italy, 2CNR-IRSA, Italy Revisiting of specific heat of non-superconducting PrBCO ceramics in orthorhombic phase: signature of magnetic phase transitions at low temperatures LAHOUBI Mahieddine1 1Badji Mokhtar-Annaba University, Faculty of Science, Algeria Effect of Co addition on (Sm, Gd, Dy)-Ba-Cu-O filament fabricated by a solution spinning method HOSONO Takanori1, IKEBE Yumiko1, BAN Eriko1 1Meijo University, Japan Effects of Nano-Boron (98% B - 2% C) addition on superconducting properties of BSCCO OZTURK Hamit1, SAFRAN Serap1, KILIC Ahmet1, GENCER Ali1 1Ankara University, Turkey THIN SUPERCONDUCTING CUPRATE FILMS BASED ON THALLIUM PREPARED USING FLUORIDE PRECURSORS SOJKOVÁ Michaela1, ŠTRBÍK Vladimír1, CHROMIK ŠTefan1, LIDAY Jozef2, VOGRINčIč Peter3, DOBROčKA Edmund1, ŠPANKOVÁ Marianna1 1Institute of Electrical Engineering, SAS, Slovakia, 2Department of Microelectronics, Slovak Technical University, Slovakia, 3STU Centre for Nanodiagnostics, Slovakia

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Normal State Optical Features Study of Nd123 and Gd1212 HTSC Materials for Photonics and MetaMaterials Fabrication GOMBOS Marcello1, RENDINA Ivo1, ROMANO Silvia1, CARAPELLA Giovanni2, CIANCIO Regina3, MOCELLA Vito1 1CNR-IMM UdR Napoli, Italy, 2Università di Salerno - Dip. Fisica "E.R.Caianiello", Italy, 3CNR-IOM UdR TASC Trieste, Italy Peparation and performance of low loss NbTi superconducting wire with Cu10Ni matrix WANG Qingxiang1, LI Yonghua1, ZHU Yanmin1

1Western Superconducting Technologies Co., LTD

2A-M-P-04 Sep 8 - Afternoon (2:00-4:00 PM) Materials - MgB2 II Phase formation, microstructure and superconductivity of MgB2 bulk prepared using Mg and MgB4 powders JUN Byung-Hyuk1, KIM Chan-Joong1, CHOO Kee Nam1, PARK Soon-Dong1 1Korea Atomic Energy Research Institute, South Korea Bulk and tape MgB2 superconductor co-added with SiC and Te processed by ex-situ spark plasma sintering ALDICA Gheorghe1, SANDU Viorel1, POPA Stelian1, ENCULESCU Monica1, BADICA Petre1 1National Institute of Materials Physics, Romania Enhancement of the critical current density by Ge2C6H10O7 addition into MgB2 Superconductor Obtained by ex-situ Spark Plasma Sintering BATALU Dan1, MIHAIL Burdusel2, POPA Stelian3, ENCULESCU Monica3, PASUK Iuliana3, ALDICA Gheorghe3, BADICA Petre3 1University Politechnica Bucharest, Romania, 2Politechnica U. Bucharest & Nat. Inst. Mat. Phys., Romania, 3Nat. Inst. Mat. Phys., Romania Low temperature fracture strength of MgB2 bulk processed by Spark Plasma Sintering MURAKAMI Akira1, NOUDEM Jacques2, GUESMI Zied3, IWAMOTO Akifumi4 1Ichinoseki College, Japan, 2LUSAC/CRISMAT, UCBN/ENSICAEN, France, 3Université du Littoral Côte d'opale, France, 4National Institute for Fusion Science, Japan Effect of Turkish Raki on Superconducting Properties of Bulk MgB2 Fabricated by an Novel Method Using Nano Boron KILICARSLAN Ebru1, GENCER Ali1, YANMAZ Ekrem1 1Ankara University, Turkey The effect of Boron doped on the superconducting properties of Bi-2212 bulk samples ALP Meryem1, SAFRAN Serap1, KILIC Ahmet1 1Ankara University, Turkey

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Controlling the formation of grain boundaries in ex-situ MgB2 bulks and wires YAMAMOTO Akiyasu1, MIZUTANI Shunsuke1, SHIMOYAMA Junichi1, KISHIO Kohji1, SHIMADA Yusuke2, HATA Satoshi2, MATSUMURA Syo2, KODAMA Motomune3, TANAKA Hideki3 1The University of Tokyo, JST-PRESTO, Japan, 2Kyushu University, Japan, 3Hitachi, Ltd., Japan The critical current density (Jc) and critical temperature (Tc) of the cerium and neodymium oxides and carbon encapsulated boron doped MgB2 samples, treated by high pressure (1GPa) hot isostatic pressing. GAJDA Grzegorz1, MORAWSKI Andrzej2, PRESZ Adam2, DIDUSZKO Ryszard3, CETNER Tomasz2, HOSSAIN Shahriar4, GAJDA Daniel1 1International Laboratory of HMF and LT PAS, Poland, 2Institute of High Pressure Physics PAS, Poland, 3Tele and Radio Research Institute, Poland, 4University of Wollongong and Institute for Superconducting and Electronic Materials, Australia The influence of stearic acid addition on the MgB2 superconducting properties DA SILVA Lucas1, VIANNA Alan1, MANESCO Antônio1, HELLSTROM Eric2, RODRIGUES JR Durval1 1Universidade de São Paulo, Brazil, 2Florida State University, United States Trapped field properties of doped MgB2 superconducting bulk magnets YAMAMOTO Akiyasu1, IWASE Kazuyuki2, SHIMOYAMA Jun-Ichi2, KISHIO Kohji2 1The University of Tokyo, JST-PRESTO, Japan, 2The University of Tokyo, Japan

2A-WT-P-01 Sep 8 - Afternoon (2:00-4:00 PM) Wires and Tapes - Coated conductor buffer & substrate Calcia-stabilized zirconia buffer layers on a mismatched interface of a {110} <001> textured iron tape toward a development of low-cost coated conductors ICHINOSE Ataru1, WATANABE Ken2, NAKA Junpei2, UCHIMA Takayuki2, HORII Shigeru2, DOI Toshiya2 1Central Research Institute of Electric Power Industry, Japan, 2Kyoto University, Japan Influence of Configuration between Target and Coating Sample on Crystal Orientation of Sputtered CeO2 film on Ni/Cu/Stainless Steel Clad Substrate for Superconductive wire HASHIMOTO Yusuke1, KUROKAWA Teppei1, OKAYAMA Hironao1, NAGAISHI Tatsuki2, OHKI Kotaro2, HONDA Genki2 1Toyo Kohan Co., Ltd., Japan, 2Sumitomo Electric Industries, Ltd., Japan

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Study on Fabrication of Ni5W long Tapes with CeO2 Buffer layer by Reel-to-Reel Route MA Lin1, TIAN Hui1, ZHAO Yue2, SUO Hongli1, GRIVEL Jean-Claude2 1Beijing University of Technology, China, 2Technical University of Denmark, Denmark Development of biaxially textured LZO film on cold-rolled metal substrate VANNOZZI Angelo1, AUGIERI Andrea1, CELENTANO Giuseppe1, RUFOLONI Alessandro1, MANCINI Antonella1, PINTO Valentina1, RIZZO Francesco1, ANGRISANI ARMENIO Achille1, GALLUZZI Valentina1, FABBRI Fabio1, PETRISOR Traian2 1ENEA, Italy, 2Technical University of Cluj-Napoca, Romania Study of MgO/TiN Architecture for YBCO Coated Conductor Development MANCINI Antonella1, VANNOZZI Angelo1, ANGRISANI ARMENIO Achille1, RUFOLONI Alessandro1, RIZZO Francesco1, PINTO Valentina1, GALLUZZI Vaòlentina1, AUGIERI Andrea1, BAUER Markus2, MELEDIN Alexander3, VAN TENDELOO Gustaaf3, CELENTANO Giuseppe1 1ENEA, Italy, 2THEVA, Germany, 3University of Antwerp, Belgium Inkjet-printed planarization layers on rough metallic tapes for cost reduction of ABAD-based coated conductors CALLEJA Albert1, VILARDELL Marta1, VLAD Valentina Roxana1, SINTES Xavier1, RICART Susagna2, GRANADOS Xavier2, PUIG Teresa2, OBRADORS Xavier2, KIRCHHOFF Lutz3, RUTT Alexander3, USOSKIN Alexander3 1OXOLUTIA SL, Spain, 2ICMAB-CSIC, Spain, 3Bruker HTS, Germany Surface acoustic waves – a new thin film deposition approach for coated conductors KIRCHNER Anke1, WINKLER Andreas1, HOLZAPFEL Bernhard2, HÜHNE Ruben1 1Leibniz-Institute IFW Dresden, Germany, 2Karlsruhe Institute of Technology (KIT), Germany Study on the influence of elements diffusion behavior on properties of Ni-8at.%W/Ni-12at.%W/Ni-8at.%W alloy composite substrates with different layer-thickness ratios MENG Yichen1 1Beijing University of Technology, China Microstructure and texture evolution during annealing of a heavily cold-rolled Cu-45at.%Ni alloy TIAN Hui1, MA Lin1 1Beijing University of Technology, China Nucleation and texture growth of IBAD-MgO and SDP-Y2O3 buffer templates for coated conductors JIN Hye-Jin1, JO William1, JO Janghyun2, KIM Miyoung2, KANG Boo Min3, KIM Gwan-Tae3, KO Rock-Kil3, JO Young-Sik3, HA Dong-Woo3 1Ewha Womans University, South Korea, 2Seoul National University, South Korea, 3Korea Electrotechnology Research Institute, South Korea

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2A-WT-P-02 Sep 8 - Afternoon (2:00-4:00 PM) Wires and Tapes - Low Temperature Superconductor Effect of the diffusion annealing and design of internal-tin wires on the structure and morphology of superconducting Nb3Sn layers DERYAGINA Irina1, POPOVA Elena1, PATRAKOV Evgeny1, VALOVA-ZAHAREVSKAYA Evgeniya1 1M.N. Miheev Institute of Metal Physics, UB of RAS, Russia Critical Current Characterization under Pure Bending Strains of Pre-bent Cu-Nb/Nb3Sn Strands for Practical React-and-Wind Process SUGIMOTO Masahiro1, TSUBOUCHI Hirokazu1, ENDOH Sakaru1, TAKAGI Akira1, WATANABE Kazuo2, AWAJI Satoshi2, OGURO Hidetoshi2 1Furukawa Electric Co. Ltd., Japan, 2Tohoku University, Japan Characterization of the reaction path in Nb3Sn Powder in Tube (PIT) wires with the goal of obtaining maximum Jc at small deff SEGAL Christopher1, TARANTINI Chiara1, LEE Peter1, LARBALESTIER David1 1Florida State University, United States Approach to Optimization of Internal Tin Nb3Sn Strands with Enhanced Critical Current Density and Mechanical Strength PANTSYRNY Victor1, KRAINEV Alexey2, SERGEEV Vladimir2, ABDYUHANOV Ildar1, KARASEV Yuriy1 1Bochvar Institute of Inorganic Materials, Russia, 2SPC Nanoelectro, Russia Preparation investigation of wire-in-channel NbTi/Cu superconducting wire with high Jc GUO Qiang1, YAN Kaijuan1, WANG Qingxiang1, LIU Jianwei1, LI Jianfeng1, LIU Xianghong1, FENG Yong1 1National Engineering Laboratory for Superconducting Materials Preparation, China

2A-WT-P-03 Sep 8 - Afternoon (2:00-4:00 PM) Wires and Tapes - Conductor testing V-I measurements up to 2 KA on short sample flattened Rutherford NbTi cables RAINE Mark1, FAIR Ruben2, HAMPSHIRE Damian1 1European Fusion Energy Reference Laboratory, United Kingdom, 2Thomas Jefferson National Accelerator Facility, United States Conductor Performance of CBCN2 and CBCN3 Samples for ITER Correction Busbar conductor LIU Bo1, WU Yu1, QIN Jinggang1, DEVRED Arnaud2, BRUZZONE Pierluigi3, STEPANOV Boris3, SEDLAK Kamil3, LONG Feng1, LIU Huajun1, LIU Fang1, YU Min1 1Institute of Plasma Physic, China, 2Magnet Division, ITER Organization, France, 3Centre de Recherches en Physique des Plasmas, Switzerland

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Acoustic emission testing for high temperature superconductors tapes KISIEL Anna1, WOZNY Leszek1 1Wroclaw University of Technology, Poland Effect of random position shifts of strands on the transverse mechanical properties of REBCO Roebel cables LONG Nicholas1, TALANTSEV Evgeny1, BADCOCK Rodney1, BOULOUKAKIS Konstantinos1 1Victoria University of Wellington, New Zealand Transverse loading experiments on REBCO Roebel cables with and without impregnation OTTEN Simon1, DHALLÉ Marc2, GAO Peng2, WESSEL Sander2, KARIO Anna1, KLING Andrea1, GOLDACKER Wilfried1 1Karlsruhe Institute of Technology (KIT), Germany, 2University of Twente, Netherlands In-situ compression tests in MgB2 wires COMMISSO Maria1, MAIRE Eric1, BUFFIERE Jean-Yves1, BRUZEK Christian-Eric2 1University of Lyon - INSA de Lyon, France, 2Nexans, France Inverse problem solution algorithms for current density distribution calculation in different HTS tape configurations basing on minimum self-magnetic field measurements SHYSHKIN Oleg1, KAZARINOV Yurij1, TALLOULI Mohamed2, FAMAKINWA Tosin3, YAMAGUCHI Satarou2 1V. N. Karazin Kharkiv National University, Ukraine, 2Chubu University, Japan, 3University of Western Sydney, Australia

2A-WT-P-04 Sep 8 - Afternoon (2:00-4:00 PM) Wires and Tapes - Coated conductor processing Property improvement of 600 nm thick YBCO superconducting films fabricated using a Pb-modified MOD method FENG Feng1, HUANG Rongxia2, QU Timing1, ZHU Yuping1, HAN Zhenghe1 1Tsinghua University, China, 2Guangdong University of Technology, China Standard entropy change and enthalpy change of the YBCO formation reaction in MOD process obtained by in situ resistance measurement QU Timing1, ZHU Yuping1, FENG Feng1, LIN Guan1, DENG Shutong1, ZENG Pan1, HAN Zhenghe1 1Tsinghua University, China Minimization of BaHfO3 flux pinning centers in YBa2Cu3Oy films by metal organic deposition process TERANISHI Ryo1, HORITA Hiroshi1, OOTAGURO Kenya1, YAMADA Kazuhiro1, KANEKO Kenji1, YOSHIZUMI Masateru2, IZUMI Teruo2 1Kyushu University, Japan, 2International Superconductivity Technology Center, Japan

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Tape self-heating for MOCVD of double-sided coated conductor TAO Bowan1 1University of Electronic Science and Technology of China, China Reflectometric analysis of coated conductor architectures as a useful quality control tool VLAD Valentina Roxana1, VILARDELL Marta1, MOLINA Edgar1, PUIG Teresa2, OBRADORS Xavier2, CALLEJA Albert1 1OXOLUTIA SL, Spain, 2ICMAB-CSIC, Spain High – efficient copper shunt deposition technology on REBCO tape surfaces FLOEGEL- DELOR Uta1, RIEDEL Thomas1, ROTHFELD Rolf1, SCHIRRMEISTER Peter1, KOENIG Rene1, WERFEL Frank1 1Adelwitz Technologiezentrum GmbH (ATZ), Germany Fabrication of the all-chemical growth of CSDYBCO/ PADCGO/ABADYSZ/SS coated conductors MOS Ramona1, NASUI Mircea1, PETRISOR Traian Jr.1, MESAROS Amalia1, GABOR Mihai1, POP Cornelia2, CALLEJA Albert3, USOSKIN Alexander4, PUIG Teresa2, OBRADORS Xavier2, CIONTEA Lelia1, PETRISOR Traian1 1Technical University of Cluj-Napoca, Romania, 2Institut de Ciència de Materials de Barcelona, Spain, 3OXOLUTIA SL, Spain, 4Bruker HTS, Germany

2A-WT-P-05 Sep 8 - Afternoon (2:00-4:00 PM) Wires and Tapes - Coated conductor mechanical properties Torsional dependence of the critical current in 2G tapes SOTELO Guilherme1, GRANADOS Xavier2, LOPEZ LOPEZ Jose3, CARRERA M.4 1Fluminense Federal University, Brazil, 2Institut de Ciència de Materials de Barcelona, Spain, 3Universitat Politècnica de Catalunya, Spain, 4Universitat de Lleida, Spain Experimental study of electromechanical properties of 2G HTS wires under different mechanical loading conditions ZHANG Yifei1, HAZELTON Drew1, TANSKI Joe1, KELLEY Randall1, SAKAMOTO Hisaki1 1SuperPower Inc., United States Assessment of critical currents in coated conductors at low temperatures FISCHER David1, PROKOPEC Rainer1, KAGERBAUER Daniel1, ECKHARDT Christian1, EISTERER Michael1 1Atominstitut, Vienna University of Technology, Austria HTS coated conductors: mechanical properties; role of substrate features RUTT Alexander1, KIRCHHOFF Lutz1, STROEMER Jan1, USOSKIN Alexander1 1Bruker HTS, Germany

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2A-WT-P-06 Sep 8 - Afternoon (2:00-4:00 PM) Wires and Tapes - Coated conductor properties and patterning The role of a-axis grains in the transition to the normal state of 2G-coated conductors induced by high current densities BERNSTEIN Pierre1, HARNOIS Christelle1, NOUDEM Jacques1, THIMONT Yohann1, VEIRA Jose-Antonio2, VIDAL Felix2 1Université de Caen-Basse-Normandie, France, 2Universidade de Santiago de Compostela, Spain Two level undercut-profile Ni-W substrate for filamentary coated conductors WULFF Anders1, MISHIN Oleg1, ZHAO Yue1, GRIVEL Jean-Claude1 1Technical University of Denmark, Denmark Low AC loss inkjet-printed multifilamentary YBCO coated conductors HOPKINS Simon1, MITCHELL-WILLIAMS Thomas1, VANDEN BUSSCHE Dries1, CALLEJA Albert2, VLAD Valentina2, VILARDELL Marta2, GRANADOS Xavier3, PUIG Teresa3, OBRADORS Xavier3, USOSKIN Alexander4, SOLOVIOV Mykola5, VOJENčIAK Michal5, GÖMÖRY Fedor5, VAN DRIESSCHE Isabel6, BÄCKER Michael7, GLOWACKI Bartek1 1University of Cambridge, United Kingdom, 2OXOLUTIA SL, Spain, 3ICMAB-CSIC, Spain, 4Bruker HTS, Germany, 5Institute of Electrical Engineering, SAS, Slovakia, 6Ghent University, Belgium, 7Deutsche Nanoschicht GmbH, Germany High field Ic characterisations of commercial HTS conductors MIYOSHI Yasuyuki1, NISHIJIMA Gen1, KITAGUCHI Hitoshi1, CHAUD Xavier2 1NIMS, Japan, 2LNCMI-CNRS / Univ. Grenoble Alpes, France Frequency effect on shielding quality of open and closed superconducting magnetic shields made of superconducting tapes TOMKÓW Łukasz1 1Wroclaw University of Technology, Poland Towards uniform trapped field magnets using Roebel cable offcuts to create stacks of tape with different stacking arrangements MITCHELL-WILLIAMS Thomas1, PATEL Anup1, BASKYS Algirdas1, HOPKINS Simon1, KARIO Anna2, GOLDACKER Wilfried2, GLOWACKI Bartek1 1University of Cambridge, United Kingdom, 2Karlsruhe Institute of Technology (KIT), Germany Characterization of multi-layered MOCVD-YBCO/IBAD 2G HTS wires with transport critical current and magnetization measurements KAUL Andrey1, SCHUKIN Alexander1, MARKELOV Anton1, MOLODYK Alexander1, SAMOILENKOV Sergey1, RUDNEV Igor2, ABIN Dmitriy2, MINEEV Nikolay2 1SuperOx, Russia, 2National Research Nuclear University MEPhI, Russia

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Wednesday September 9, 2015 3A-E-P-01 Sep 9 - Afternoon (2:00-4:00 PM) Electronics - Digital & Memory devices, circuits & systems Tetrahedral Modelling Method for Inductance Extraction of Complex 3D Superconducting Structures JACKMAN Kyle1, FOURIE Coenrad1 1Stellenbosch University, South Africa Study on energy dissipation in adiabatic quantum-flux-parametron logic at finite temperature TAKEUCHI Naoki1, YAMANASHI Yuki1, YOSHIKAWA Nobuyuki1 1Yokohama National University, Japan Creation of a Logic Simulation Model for Adiabatic Quantum Flux Parametron Logic XU Qiuyun1, AYALA Christopher1, TAKEUCHI Naoki1, ORTLEPP Thomas2, YOSHIKAWA Nobuyuki1 1Yokohama National University, Japan, 2CiS Research Institute for Microsensor Systems Gmbh, Germany

3A-E-P-02 Sep 9 - Afternoon (2:00-4:00 PM) Electronics - Modelling and simulations Josephson oscillation phase-locking in parallel resonance peak KORNEV Victor1, KOLOTINSKIY Nikolay1, LEVOCHKINA Anna1 1Lomonosov Moscow State University, Russia Numerical simulation of HTS dc-SQUID by FEM coupling with circuit equation taking into account phase difference of Josephson junction NOGUCHI So1, TERAUCHI Naoya1 1Hokkaido University, Japan Lattices of ultracold atom traps over nano- and mesoscopic superconducting disks SOKOLOVSKY Vladimir1, PRIGOZHIN Leonid1 1Ben-Gurion University of the Negev, Israel Biologically Inspired Circuits Based on Superconductive Electronics TOEPFER Hannes1, KRAUSSE Dominik1 1Technische Universität Ilmenau, Germany Self-excited motion of vortices in superconducting nanostrips with holes MAWATARI Yasunori1, KASHIWAYA Satoshi1 1National Institute of Advanced Industrial Science and Technology, Japan Numerical analysis on the influence of the circuit parameters on the operation of a quasi-one-junction SQUID comparator MIYAJIMA Shigeyuki1, NAKAYAMA Hirotaka1, ISHIDA Takekazu1

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1Osaka Prefecture University, Japan Controllable sign-change of the resistance in three-terminal nanojunctions with superconducting lead DOMANSKI Tadeusz1, WYSOKINSKI Karol1, MICHALEK Grzegorz2, BULKA Bogdan2 1Marie Curie-Sklodowska University, Poland, 2Polish Academy of Sciences, Poland

3A-E-P-03 Sep 9 - Afternoon (2:00-4:00 PM) Electronics - SQUIDs & SQIFs III HTS bi-SQUID with bi-crystal Josephson junctions SOLOVIEV Igor1, KLENOV Nikolay1, KORNEV Victor1, WANG Xu2, SUN Liang2, HE Yusheng2 1Lomonosov Moscow State University, Russia, 2Institute of Physics, Chinese Academy of Sciences, China Fast and precision detection of magnetic relaxation using HTS-SQUID based rotating-sample magnetometer with multiple detection coils SAKAI Kenji1, WATANABE Yuuta1, SAARI Mohd Mawardi1, KIWA Toshihiko1, TSUKADA Keiji1 1Okayama University, Japan Size Effect Impact on Active Superconductor Antenna Characteristics KORNEV Victor1, KOLOTINSKIY Nikolay1, SHARAFIEV Alexey1, MUKHANOV Oleg2 1Lomonosov Moscow State University, Russia, 2Hypres Inc., United States Analysis of high-Tc rf SQUIDs in nonhysteretic mode based on the harmonics of its flux-to-voltage characteristics XU Jie1, BENDEN Christian1, ZHANG Yi1, KRAUSE Hans-Joachim1 1Forschungszentrum Jülich, Germany NDE System Utilizing Robust HTS-SQUID Magnetometer for Use in Unshielded Environments HATSUKADE Yoshimi1, TANAKA Saburo2 1Kinki University, Japan, 2Toyohashi University of Technology, Japan Influence of dielectric material and topology on the operation of the resonator tank circuits of RF SQUIDs KALANTARI Nafise1, SHANEHSAZZADEH Faezeh1, FARDMANESH Mehdi1 1Sharif University of Technology,SERL, Iran Dynamic Nuclear Polarization at less than Earth’s magnetic field LEE Seong-Joo1, SHIM Jeong Hyun1, KIM Kiwoong1, YU Kwon Kyu1, HWANG Seong-Min1 1Korea Research Institute of Standards and Science, South Korea Proton spin echo magnetometer with SQUID-detected NMR system at KRISS SHIM Jeong Hyun1, KIM Kiwoong1, SEONG-JOO Lee1, SEONG-MIN Hwang1, KWON-KYU Yu1 1Korea Research Institute of Standards and Science, South Korea

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Characterisation of nanoSQUIDs in magnetic fields KOEHN Claudia1, BECHSTEIN Sylke1, STORM Jan-Hendrik1, KIELER Oliver1, KOHLMANN Johannes1, WEIMANN Thomas1, SCHURIG Thomas1 1Physikalisch-Technische Bundesanstalt, Germany Ultra-low noise SQUID magnetometer SCHMELZ Matthias1, ZAKOSARENKO Viatcheslav2, CHWALA Andreas1, SCHOENAU Thomas1, STOLZ Ronny1, ANDERS Solveig1, LINZEN Sven1, MEYER Hans-Georg1 1Leibniz Institute of Photonic Technology, Germany, 2Supracon AG, Germany Secondary SQUID used as tunable Josephson junction in a Double-SQUID device CRÉTÉ Denis1, LEMAÎTRE Yves1, MARCILHAC Bruno1, OUANANI Saphia1, KERMORVANT Julien2, BERGEAL Nicolas3, LESUEUR Jérôme3, ULYSSE Christian3, MAILLY Dominique3 1THALES, France, 2THALES Communication Systems, France, 3CNRS, France Magnetic field noise investigation for site selection of a SQUID-based Earth magnetic field recording station BOZBEY Ali1, BALABAN Deniz1, RAZMKHAH Sasan1, FEBVRE Pascal2, CELIK Cengiz3, GAFFET Stéphane4, DI BORGO Elisabeth5 1TOBB University of Economy and Technology, Turkey, 2University Savoie Mont Blanc, France, 3Bogazici University, Turkey, 4Laboratoire Souterrain à Bas Bruit, France, 5Université d'Avignon, France Compensation of the earth filed fluctuation in TEM surveying with a SQUID magnetometer sensor LIU Yang1, RONG Liangliang2, CHANG Kai2, ZHANG Yi2, XIE Xiaoming1 1ShanghaiTech University, China, 2Chinese Academy of Sciences, China

3A-E-P-04 Sep 9 - Afternoon (2:00-4:00 PM) Electronics - Junction and circuit design and fabrication Investigation of the Operating Range of a Josephson Comparator SHELLY Connor1, WILLIAMS Jonathan1, ADAN Abu2, ROMANS Ed2 1National Physical Laboratory, United Kingdom, 2London Centre for Nanotechnology, United Kingdom Spin-triplet superconducting current in metal-oxide heterostructures with composite ferromagnetic interlayer CONSTANTINIAN Karen1, OVSYANNIKOV Gennady1, KISLINSKI Yulii1, SHADRIN Anton1, KALABUKHOV Alexei2, MUSTAFA Luqman3, KHAYDUKOV Yury3, WINKLER Dag2 1Kotel’nikov IRE RAS, Russia, 2Chalmers University of Technology, Sweden, 3Max-Planck Institute for Solid State Research, Germany Planar hybrid Josephson junctions based on Ba-122 single crystals HASAN Noor1, DÖRING Sebastian1, SCHMIDT Stefan1, SCHMIDL Frank1, TYMPEL Volker1, SEIDEL Paul1, WOLF Thomas2

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1Friedrich Schiller University of Jena, Germany, 2Karlsruhe Institute of Technology (KIT), Germany Nucleation of superconducting domains in thin s-layers of S-F/N-sIS Josephson devices BAKURSKIY Sergey1, KLENOV Nikolay2, SOLOVIEV Igor2, KUPRIYANOV Mikhail2, GOLUBOV Alexander3 1Moscow Institute of Physics and Technology, Russia, 2Lomonosov Moscow State University, Russia, 3University of Twente, Netherlands The solitary superconductivity in dirty ferromagnet-superconductor heterostructures for the spin valve applications PROSHIN Yurii1, AVDEEV Maxim1 1Kazan Federal University, Russia Growth and Characterization of NiCu ferromagnetic films and superconductor/ferromagnet bilayers LI Feng1, HAN Haoxuan1, JIN Hua1, GAO Haobin1, ZHANG Lu1, PENG Wei1, WANG Zhen1 1Shanghai Institute of Microsystem & Information Technology, China Embedding superconducting nanowires into quantum circuits with a neon focused ion beam BURNETT Jonathan1, SAGAR James1, WARBURTON Paul1, FENTON Jonathan1 1University College London, United Kingdom Transport properties on epitaxial superconducting rhenium films and wires RATTER Kitti1, DELSOL Benjamin2, DUMUR Etienne2, ROCH Nicolas2, GUICHARD Wiebke2, HASSELBACH Klaus2, GILLES Bruno1, NAUD Cecile2, BUISSON Olivier2 1SIMaP and Institut Neel, France, 2Institut Neel CNRS, France A current-crowding cryotron MCCAUGHAN Adam1, ZHAO Qingyuan1, BERGGREN Karl1 1MIT, United States Investigation of Characteristics of Superconducting-Ferromagnetic Transistors NEVIRKOVETS Ivan1, CHERNYASHEVSKYY Oleksandr2, MUKHANOV Oleg1, PROKOPENKO Georgy1, KETTERSON John2 1HYPRES Inc., United States, 2Northwestern University, United States Josephson junctions with a PdNi ferromagnetic barrier layer for integrated circuits TANIGUCHI Soya1, ISHIKAWA Kouta1, AKAIKE Hiroyuki1, FUJIMAKI Akira1 1Nagoya University, Japan

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3A-E-P-05 Sep 9 - Afternoon (2:00-4:00 PM) Electronics - Superconducting Detectors III & Quantum Engineering High sensitivity light detectors for cryogenic experiments: the CALDER project. CRUCIANI Angelo1 1Dept. of Physics, Sapienza, University of Rome, Italy Optical Evaluation of Microwave Kinetic Inductance Detectors for Fourier Transform Terahertz Spectroscopy ARIYOSHI Seiichiro1, NAKAJIMA Kensuke2, SAITO Atsushi2, TAINO Tohru3, YAMADA Hironobu2, OHSHIMA Shigetoshi2, OTANI Chiko4, BAE Jongsuck5, TANAKA Saburo1 1Toyohashi University of Technology, Japan, 2Yamagata University, Japan, 3Saitama University, Japan, 4RIKEN, Japan, 5Nagoya Institute of Technology, Japan Optimization of the Cryogenic Kinetic-Inductance Bolometer (KIBO) ARNDT Matthias1, GROETSCH Christopher1, KUZMIN Artem1, ZIEGER Gabriel2, WUENSCH Stefan1, MAY Torsten2, MEYER Hans-Georg2, SIEGEL Michael1 1Karlsruhe Institute of Technology (KIT), Germany, 2Leibniz Institute of Photonic Technology, Germany Evaluation of amorphous WxSi1-x material parameters relevant for the detection of single photons with infrared and X-ray energies ZHANG Xiaofu1, ENGEL Andreas1, SCHILLING Andreas1 1Universität Zürich, Switzerland The position-dependence of the threshold current in superconducting nanowire single-photon detectors ENGEL Andreas1, RENEMA Jelmer2, WANG Qiang2, GAUDIO Rosalinda3, KOMEN Irina2, OP 'T HOOG Koen3, SAHIN Dondü4, SCHILLING Andreas1, VAN EXTER Martin2, FIORE Andrea3, DE DOOD Michiel2 1University of Zurich, Switzerland, 2Leiden University, Netherlands, 3Eindhoven University of Technology, Netherlands, 4University of Bristol, United Kingdom Effects of Twin Boundaries on Spontaneous Half-quantized Vortices in Superconducting Composite Structures (d-dot’s) NORIO Fujita1, MASARU Kato1, TAKEKAZU Ishida1 1Osaka Prefecture University, Japan Detector tomography of WSi nanowire superconducting single photon detectors GAUDIO Rosalinda1, RENEMA Jelmer2, ZHOU Zili1, WANG Qiang2, VERMA Varun3, LITA Adriana3, SHAINLINE Jeffrey3, STEVENS Martin3, MIRIN Richard3, NAM Sae Woo3, DE DOOD Michiel2, VAN EXTER Martin2, FIORE Andrea1 1COBRA Research Institute, Netherlands, 2Huygens-Kamerlingh Onnes Laboratory, Leiden University, Netherlands, 3National Institute of Standards and Technology, United States

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An automated, cryogen-free ADR cryostat for superconducting detector applications CARPENTER Matthew1, CANTOR Robin1 1STAR Cryoelectronics, United States Demonstration and Improvement of Superconducting Time-of-Flight Mass Spectrometry Systems Operated in a Cryo-Cooler SANO Kyosuke1, SHIMODA Tomoki1, YAMANASHI Yuki1, YOSHIKAWA Nobuyuki1, ZEN Nobuyuki2, OHKUBO Masataka2 1Yokohama National University, Japan, 2AIST, Japan The Cryogenic Readout Integrated Circuit for SNSPDs Based on 0.18 um SiGe BiCMOS Process WAN Chao1, PEI Yufeng1, WANG Chao2, MA Jie2, KANG Lin1, WU Peiheng1 1Nanjing University, China, 2China Key System & Integrated Circuit Co.,Ltd, China Superconductor/Ferromagnet nanowires for Optical Photon Detection PEPE Giovanni Piero1, PARLATO Loredana1, NASTI Umberto2, CRISTIANO Roberto3, EJRNAES Mikkel3, MYOREN Hiroaki4, TAINO Tohru4, SOBOLEWSKI Roman5 1Univ. degli Studi di Napoli "Federico II" and CNR, Italy, 2Univ. degli Studi di Napoli "Federico II", Italy, 3CNR-SPIN, Italy, 4University of Saitama, Japan, 5University of Rochester, United States Study of superconducting bilayer for Microwave Kinetic Inductance Detectors (MKIDs) for astrophysics DOMINJON Agnes1 1National Astronomical Observatory of Japan (NAOJ), Japan Superconducting nanowire single photon detectors at 1550 nm wavelength with distributed Bragg reflector ZHANG Weijun1, LI Hao1, YOU Lixing1, HE Yuhao1, ZHANG Lu1, WANG Zhen1 1Shanghai Institute of Microsystem & Information Technology, China Data acquisition system for kinetic-inductance detectors ARNDT Matthias1, BERG Benjamin1, SCHWENK Ferdinand1, HOFHERR Matthias1, WÜNSCH Stefan1, SIEGEL Michael1 1Karlsruhe Institute of Technology (KIT), Germany 2D THz Imaging System using Spiral-MKID Array SAITO Atsushi1, NAKAJIMA Kensuke1, OGAWA Yuhei1, OKA Daiki1, ARIYOSHI Seiichiro2, YAMADA Hironobu1, T Tohru3, OTANI Chiko4, OHSHIMA Shigetoshi1 1Yamagata University, Japan, 2Toyohashi University of Technology, Japan, 3Saitama University, Japan, 4RIKEN, Japan Transport and magnetic measurements on Bi2Sr2CaCu2O8 nanowire networks prepared via electrospinning KOBLISCHKA Michael1, ZENG Xianlin1, KARWOTH Thomas1, HAUET Thomas2, HARTMANN Uwe1 1Saarland University, Germany, 2Université de Lorraine, France

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Implementation of a closed cycle refrigerator test system for superconducting stripline detectors BOZBEY Ali1, RAZMKHAH Sasan1, FUJIMAKI Arika2 1TOBB University of Economy and Technology, Turkey, 2Nagoya University, Japan A superconducting phase qubit with two internal degrees of freedom LECOCQ Florent1, POP Ioan1, DUMUR Etienne1, NAUD Cecile1, GUICHARD Wiebke1, BUISSON Olivier1 1Institut NEEL, France Coherent mManipulation of Andreev states in a superconducting atomic contact JANVIER Camille1, TOSI Leandro2, BRETHEAU Landry1, GIRIT Caglar1, STERN Michael1, BERTET Patrice1, JOYEZ Philippe1, VION Denis1, ESTEVE Daniel1, GOFFMAN Marcelo1, POTHIER Hugues1, URBINA Cristian1 1Quantronics group, SPEC, CEA-Saclay, UMR3680, France, 2Centro Atómico Bariloche and Instituto Balseiro, Argentina Optimization of front-end of the SFQ read-out circuits for Superconducting Stripline Detectors USENMEZ Kubra1, BOZBEY Ali1, TANAKA Masamitsu2, FUJIMAKI Akira2 1TOBB University of Economy and Technology, Turkey, 2Nagoya University, Japan Effect of Quasiparticles in the Intra-Gap States on the Superconducting Surface Resistance NOGUCHI Takashi1, NARUSE Masato2, SEKINE Masakazu3, KARATSU Kenichi1, SEKIMOTO Yutaro1 1National Astronomical Observatory of Japan, Japan, 2Saitama University, Japan, 3The University of Tokyo, Japan Photon detectors based on High Tc Superconductors FEUILLET-PALMA Cheryl1, BERGEAL Nicolas1, LESUEUR Jérôme1 1LPEM - ESPCI/CNRS/UPMC PSL Research University, France

3A-LS-P-01 Sep 9 - Afternoon (2:00-4:00 PM) Large Scale - HTS magnets II Critical current analysis of an YBCO insert for ultra-high field all superconducting magnet LIU Jianhua1, QIULIANG Wang1 1Institute of Electrical Engineering, Chinese Academy of Sciences, China Study of various ReBCO conductors in long samples under high field with variable divergence, and first pancake tests for the NOUGAT Project BENKEL Tara1, BADEL Arnaud1,2, CHAUD Xavier1,2, TIXADOR Pascal2, FAZILLEAU Philiipe3 1Univ. Grenoble Alpes 2CNRS, France, 3CEA / IRFU / SACM, France

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Test and Analysis of Electromagnetic and Mechanical Properties of HTS Coils PARK Young Gun1, LEE Jeyull1, JO Hyun Chul2, KIM Ho Min3, CHUNG Yoon Do4, CHU Yong5, YOON Kyung Yong1, YOON Yong Soo6 1Yonsei University, South Korea, 2Institute for Basic Science, South Korea, 3Jeju National University, South Korea, 4Suwon Science College, South Korea, 5National Fusion Research Institute, South Korea, 6HIN ANSAN UNIVERSITY, South Korea 3D Critical State Model for Large-Scale HTS Magnet with Iron Yoke. WANG Yawei1, HONG Zhiyong2, JIN Zhijian2, SONG Honghai1 1Michigan State University, United States, 2Shanghai Jiao Tong University, China Practical experience with impact of screening currents on field quality in magnetic resonance applications using HTS magnets SLADE Robert1, PARKINSON Benjamin1, BOULOUKAKIS Konstantinos1 1Victoria University of Wellington, New Zealand Magnetic field distribution of YBCO bulk pair with large distance WEIDNER Markus1, HALBEDEL Bernd1, RÄDLEIN Edda1 1Technische Universität Ilmenau, Germany Transient Thermal Stability Analysis of a 35kV HTS Controllable Reactor WANG Zuoshuai1, LI Ren1, XUZHI Deng1, SHIFENG Shen1, YUEJIN Tang1, QI Dai1 1R&D Center of Applied Superconductivity; State Key Lab. of AEET, China Measurement of the transverse magnetization of a bulk MgB2 cylinder STATERA Marco1, CIULLO Giuseppe2, CONTALBRIGO Marco3, SANDORFI Andrew4 1Università di Ferrara and INFN, Italy, 2Università di Ferrara, Italy, 3INFN, Italy, 4Jefferson Lab, United States Study of Electrical Properties on Bi2223 HTS windings under AC/DC operation on Rotating Machine TSUZUKI Keita1, IDA Tetsuya2, IZUMI Mitsuru3 1National Institute of Technology, Toba College, Japan, 2National Institute of Technology, Hiroshima College, Japan, 3Tokyo University of Marine Science and Technology, Japan Critical Current Measurement of GdBCO Superconducting Tape Cooled by Liquid Hydrogen under External Magnetic Field SHIRAI Yasuyuki1, YONEDA Kazuya1, IMURA Takeshi2, YOKOYAMA Shoichi2 1Kyoto University, Japan, 2Mitsubishi Electric corp., Japan Magnetic Field Stability of the Stacked Jointless HTS Coils LEE Seyeon1, KIM Woo-Seok1, KIM Yungil1, LEE Ji-Young1, PARK Sang Ho1, HONG Gye-Won1, LEE Ji-Kwang2, CHOI Kyeongdal1 1Korea Polytechnic Unversity, South Korea, 2Woosuk University, South Korea

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Observation of screening magnetic field in transition to normal state in GdBCO coil MA Dongxia1, MIYOSHI Yasuyuki1, NISHIJIMA Gen1, MATSUMOTO Shinji1 1National Institute for Materials Science, Japan Influence of critical current non-uniformity on the performance of HTS coil GÖMÖRY Fedor1, ŠOUC Ján1, VOJENčIAK Michal1, SOLOVYOV Mykola1 1Institute of Electrical Engineering, SAS, Slovakia Development of a Roebel-cable-based cos-theta dipole: design and windability of magnet ends LORIN Clement1, DURANTE Maria1, FAZILLEAU Philippe1, KIRBY Glyn2, ROSSI Lucio2 1CEA, France, 2CERN, Switzerland Platypus Project Insert Magnet System Design at the NHMFL: Monte Carlo Search and Homogeneity Sensitivity Analysis of Parameters HILTON David1, TROCIEWITZ Ulf1, DAVIS Daniel1, BOSQUE Ernesto1, KIM Youngjae1, MILLER George1, LARBALESTIER David1 1NHMFL, Florida State University, United States

3A-LS-P-02 Sep 9 - Afternoon (2:00-4:00 PM) Large Scale - Magnet stability, quench & protection The quench detection system of the high field magnet at Helmholtz Zentrum Berlin EHMLER Hartmut1, KEMPFER Stephan1, GERISCHER Sebastian1, SMEIBIDL Peter1 1Helmholtz Zentrum Berlin, Germany The usage of cold spaying of high heat capacity coatings for the increase of low-Tc superconductors stability KRUGLOV Sergey1, AKIMOV Igor'2, KEILIN Victor1, KOVALEV Ivan1, KRIUKOV Dmytry2, TITOV Alexander2, SHKOLIN Sergey2, SHUTOVA Darya1 1Kurchatov's Institute, Russia, 2Bochvar Institute, Russia Preliminary conception design of Quench Detection System for CFETR CSMC HU Yan1, WANG Teng1 1Institute of Plasma Physics, CAS, China Evaluation of electrical and magnetic characteristics of superconducting coils, taking into consideration some insulation settings. MONTEIRO DIAS Fernando1, SOTELO Guilherme1, POLASEK Alexander2 1Universidade Federal Fluminense, Brasil, 2Centro de Pesquisas de Energia Elétrica, Brasil

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Strand level modeling and experiments on pulsed field stability and AC loss of Nb3Sn CICCs BAGNI Tommaso1, DIJKSTRA Marcel1, DEVRED Arnaud2, NIJHUIS Arend1 1University of Twente, Netherlands, 2ITER Organization, France Magnetic Field Stability test of LTS MRI Magnet Excited by Highly-Stabilized Power Supply YOSHIKAWA Masaki1, YONEMURA Naoki1, YACHIDA Takayuki1, IMURA Takeshi2, SHIRAI Yasuyuki1, YOKOYAMA Syoichi2 1Kyoto University, Japan, 2Mitsubishi Electric co., Japan Quench Protection of Superconducting Magnet for Russian Fusion Neutron Source IVANOV Denis1 1NRC "Kurchatov Institute", Russia Advanced Quench Protection for the Nb3Sn Quadrupoles for the High Luminosity LHC RAVAIOLI Emmanuele1,2, DATSKOV Vladimir1, KIRBY Glyn1, MACIEJEWSKI Michal1,3, TEN KATE Herman1, VERWEIJ Arjan1 1CERN, Switzerland, 2 University of Twente, The Netherlands, 3Lodz University of Tehnology, Poland

3A-LS-P-03 Sep 9 - Afternoon (2:00-4:00 PM) Large Scale - Magnet stability, quench & protection II Quench detection via Rayleigh - scattering based fiber optic distributed sensors SCURTI Federico1, ISHMAEL Sasha1, FLANAGAN Gene2, SCHWARTZ Justin1 1North Carolina State University, United States, 2Muons Inc., United States Study on the methods to control the effective number of turns in the non-insulated HTS coils wound with 2G wires KIM Seokbeom1, TANAKA Kazuki1, KANEMOTO Daiseki1, NOGUCHI So2, ISHIYAMA Atsushi3 1Okayama University, Japan, 2Hokkaido University, Japan, 3Waseda University, Japan Quench detection characteristics of co-winding method and conditions for quench protection of YBCO coils NAKAYAMA Daiki1, TAKAGI Tomohiro2, TAKAHIRO Ariyama1, SASAKI Erika1, TSUKAMOTO Osami1, TAKAO Tomoaki1, FUKUI Satoshi3, MATSUOKA Taro2 1Sophia University, Japan, 2Furukawa Electric Co., LTD., Japan, 3Niigata University, Japan Analysis of limit operation time and quench recovery feature of HTS winding for A 35 kV/3.5 MVA Single Phase HTS-Controllable Reactor SHEN Shifeng1, TANG Yuejin1, WANG Zuoshuai1, REN Li1 1Huazhong University of Science and Technology, China

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Enhancements of the Self-Protection Capability of Non-Insulated and Partially-Insulated High Temperature Superconducting Coils CHAN Wan Kan1, SCHWARTZ Justin1 1North Carolina State University, United States Detection Method of Local Normal-State Transition in No-Insulation REBCO Pancake Coil WANG Tao1, JIA Yunhao1, ISHIYAMA Atsushi1, NOGUCHI So2, MONMA Katsutoshi2, WATANABE Tomonori3, NAGAYA Shigeo3 1Facility of advanced science and engineering, Waseda University, Japan, 2Graduate School of Information Science and Technology Hokkaido University, Japan, 3Chubu Electric Power Co., Inc., Japan Electrical and Thermal Behaviors of No-Insulation Pancake Coil during a local Normal-State Transition IKEDA Aika1, OKI Takahiro1, WANG Tao1, ISHIYAMA Atsushi1, MONMA Katsutoshi2, NOGUCHI So2, WATANABE Tomonori3, NAGAYA Shigeo3 1Waseda University, Japan, 2Hokkaido University, Japan, 3Chubu Electric Power Co., Inc., Japan Evaluation of Quench Protection for No-Insulation REBCO Pancake Coil OKI Takahiro1, IKEDA Aika1, WANG Tao1, ISHIYAMA Atsushi1, MONMA Katsutoshi2, NOGUCHI So2, WATANABE Tomonori3, NAGAYA Shigeo3 1Waseda University, Japan, 2Hokkaido University, Japan, 3Chubu Electric Power Co., Inc., Japan Quench detection and propagation in non-insulated 2G HTS coils co-wound with a stainless steel tape NUÑEZ-CHICO Ana1, MARTINEZ Elena1, ANGUREL Luis1, NAVARRO Rafael1 1ICMA (CSIC - Universidad de Zaragoza), Spain Study of the protection of HTS non-insulated inserts against quench of an outer magnet UGLIETTI Davide1, WESCHE Rainer1, BRUZZONE Pierluigi1 1EPFL, Switzerland Dependence of BSCCO-2223 tape Critical Current and Minimum Quench Energy on the bending radius BRESCHI Marco1, CASALI Marco1, RIBANI Pier Luigi1, CONTRERAS-CORONA Nancy2, TRILLAUD Frederic2, NISHIJIMA Gen3 1University of Bologna, Italy, 2National Autonomous University of Mexico, Mexico, 3National Institute for Materials Science, Japan Over-current characteristics and electrical stability improvement of no-insulation racetrack-type field magnet for 10 MW-class HTS wind power generator KIM Hyung-Wook1, JO Young-Sik2, KIM Seog-Whan2, KIM Ji Hyung3, KIM Ho Min3, HUR Jin1 1University of Ulsan, South Korea, 2Korea Electrotechnology Research Institute, South Korea, 3Jeju National University, South Korea

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Improvement of thermal contact between 2G superconducting coils and cooper plates in conduction cooled systems NUÑEZ-CHICO Ana1, REY-GARCÍA Francisco1, MARTÍNEZ Elena1, DE LA FUENTE Germán1, GARCÍA-CANO Irene2, DOSTA Sergi2, ANGUREL Luis1 1ICMA (CSIC-University of Zaragoza), Spain, 2Centre de Projecció térmica, Spain Quench study for non-insulated 2G HTS coils ZHANG Min1 1University of Bath, UK

3A-LS-P-04 Sep 9 - Afternoon (2:00-4:00 PM) Large Scale - Magnetic levitation Modeling the stiffnesses in the PM-HTS levitation system YANG Yong1, ZHENG Xiaojing1 1School of Mechano-Electronic Engineering, Xidian University, China Dynamic Characteristics of High Temperature Superconductor and Hydrodynamic Fluid Film Compound Bearings XU Jimin1, YUAN Xiaoyang1, ZHANG Cuiping2, MIAO Xusheng3 1Xi’an Jiaotong University, China, 2Northwest Institute for non-ferrous metal Research, China, 3Xi’an Aerospace Propulsion Institute, China Optimization of the Superconducting Linear Magnetic Bearing of a MagLev Vehicle QUÉVAL Loïc1, SOTELO Guilherme2, KHARMIZ Yassin1, DIAS Daniel2, SASS Felipe3, ZERMEÑO Víctor4, GOTTKEHASKAMP Raimund1 1University of Applied Sciences Düsseldorf, Germany, 2Fluminense Federal University, Brazil, 3Federal University of Rio de Janeiro, Brazil, 4Karlsruhe Institute of Technology (KIT), Germany Evaluation of 5 T High-Tc Superconducting coil for Linear Synchronous Motor for High-speed Train CHANG-YOUNG Lee1, JIN-HO Lee1, I-HYUN Kim1, NAM-PO Kim1 1Korea Railroad Resaerch Institute, South Korea Persistent currents in coils made of coated conductors for the magnetic bearing application SASS Felipe1, MARTINS Flávio1, FONSECA Brayan2, SOTELO Guilherme2, DE ANDRADE JUNIOR Rubens1 1Rio de Janeiro Federal University, Brazil, 2Fluminense Federal University, Brazil Architecture of a dispersed array of superconducting magnets for active radiation shielding of a spaceship LEVIN George1, CHESNY David1 1Florida Institute of Technology, United States Vibration Reduction of a Rotor Supported by a Superconducting Magnetic Bearing Utilizing an Electromagnetic Shunt Damper SUGIURA Toshihiko1 1Keio University, Japan

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Levitating States of Superconducting Rings, Stable to Shift Along Common Axis and to Deflection Angles of Their Axes from It, in Field of Fixed Superconducting Ring KOZINTSEVA Marina1, BISHAEV Andrey1, BUSH Aleksandr1, GAVRIKOV Mikhail2, KAMENTSEV Konstantin1, SAVELYEV Vyacheslav2, SIGOV Aleksandr1, SAZONOV Petr1, VORONCHENKO Stanislav1, OGARKOV Pavel1 1MSTU MIREA, Russia, 2Keldysh Institute of Applied Mathematics RAS, Russia Magnetic levitation between HTS tape stacks and permanent magnets for rotary bearing applications PATEL Anup1, HOPKINS Simon1, BASKYS Algirdas1, KALITKA Vladislav2, MOLODYK Alexander2, GLOWACKI Bartek1 1Cambridge University, United Kingdom, 2SuperOx, Russia New 3-D analytical calculation of levitation force between permanent magnet and hard type-II superconductor using integral approach AZZOUZA Asma1, ALLAG Hicham1, YONNET Jean-Paul2, TIXADOR Pascal2 1Jijel University, Algeria, 2Université Grenoble-Alpes, France A superconducting linear actuator for mid-infrared instruments HIROE Takashi1, TERACHI Yusuke1, OHSAKI Hiroyuki1 1The University of Tokyo, Japan Effects of Engine Oil on the Levitation and Guidance Force in the Bulk MgB2 Superconductors SAVAşKAN Burcu1, KOPARAN Ezgi2 1Karadeniz Technical University, Turkey, 2Bulent Ecevit University, Turkey Analysis on the Levitation Control of the Electromanetic Suspension System using the HTS coil and control coils JO Jeong-Min1, HAN Young-Jae1, LEE Chang-Young1, LEE Jin-Ho1 1Korea Railroad Research Institute, South Korea Superconductor joule losses in a zero-field-cooled (ZFC) maglev vehicle FERNANDES José1, MONTES Igor1, SOUSA Ricardo1, CARDEIRA Carlos1, BRANCO Paulo1 1Universidade de Lisboa, Portugal Measurements and Analyses of Dynamic Characteristics of HTS Flywheel Energy Storage System YU Zhiqiang1, ZHANG Guomin1 1Key Lab of Applied Superconductivity Institute of Electrical Engineering, China Experiments of superconducting Maglev ground transportation WERFEL Frank1, FLOEGEL- DELOR Uta1, ROTHFELD Rolf1, RIEDEL Thomas1, SCHIRRMEISTER Peter1, KOENIG Rene1 1Adelwitz Technologiezentrum GmbH (ATZ), Germany

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Study on the free vibration characteristics of HTS maglev systems running on a ring test line QIAN Nan1, GOU Yanfeng1, REN Yu1, ZHENG Jun1, DENG Zigang1 1Southwest Jiaotong University, China Progress towards multilayer coated conductor cylinders for next-generation electrical machines - fabrication, measurement and applications. MAHER Eamonn1 13-Cs Ltd., United Kingdom Operation of the MagLev-Cobra prototype in a 200 meters test line MATTOS L.1, RODRIGUES E.2, COSTA F.2, SOTELO G.3, DE ANDRADE JR. R.2, STEPHAN R.2 1CEFET-MG-Leopoldina, Brazil, 2Federal University of Rio de Janeiro, Brazil, 3Fluminense Federal University, Brazil Sub-harmonic Resonance Due to a Gap between the Geometric and Magnetic Centers of a Rotor Supported by a Superconducting Magnetic Bearing SASAKI Hiromu1 1Keio University, Japan

3A-LS-P-05 Sep 9 - Afternoon (2:00-4:00 PM) Large Scale - Bulks, shields, AC losses and mechanics Modelling of bulk superconductor magnetization AINSLIE Mark1, FUJISHIRO Hiroyuki2, ZOU Jin1 1University of Cambridge, United Kingdom, 2Iwate University, Japan Experimental determination of the parameters of a combined model of properties of bulk HTS with current and magnetization KURBATOV Pavel1, KURBATOVA Ekaterina1, KULAYEV Yurii1, SISOEV Mikhail2 1National Research University "MPEI", Russia, 2National Research University "Bauman Moscow State Technical University", Russia Controlling Hysteresis in Superconducting Constrictions with a Resistive Shunt KUMAR Nikhil1, WINKELMANN Clemens2, BISWAS Saurav1, COURTOIS Herve2, GUPTA Anjan1 1Indian Institute of Technology, Kanpur, India, India, 2Université Grenoble Alpes/ CNRS, Institut Néel, France Magnetic shielding properties of MgB2: numerical models and experimental tests TRUCCATO Marco1,2, AGOSTINO Angelo1,2,3, GOZZELINO Laura4, BONINO Valentina1, BONOMETTI Elisabetta1,2,3, PASCALE Lise1,2,3, OPERTI Lorenza1,3, LAVIANO Francesco3, GERBALDO Roberto4, GHIGO Gianluca4 1University of Torino , Italy, 2INFN Sezione,Italy 3INSTM, Italy, 4Politecnico di TorinoItaly,

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Quantitative modelling of stacks of SC tape for trapped field applications using temperature, field and angular dependence BASKYS Algirdas1, PATEL Anup1, HOPKINS Simon1, BARTEK Glowacki1 1University of Cambridge, United Kingdom Numerical Calculations of AC Losses in an HTS Insert Composed of Stacked Pancake Coils for High Field Magnet KAJIKAWA Kazuhiro1, AWAJI Satoshi2, WATANABE Kazuo2 1Kyushu University, Japan, 2Tohoku University, Japan Low-TC AC losses models AUGUSTO Paulo1, CASTELO-GRANDE Teresa2, AUGUSTO Pedro3, BARBOSA Domingos2, ESTEVEZ Angel1 1APLICAMA Research Group, Facultad de Ciencias Químicas, Spain, 2LEPABE, Faculdade de Engenharia da Universidade do Porto, Portugal, 3Science Manager, Faculty of Medicine of Porto University, Portugal Numerical modelling of stacked array of the bulk HTS for precise field control KII Toshiteru1 1Institute of Advanced Energy, Kyoto University, Japan Characteristic of wireless power transmission using superconductor coil to improve the efficiency according to the shielding materials LEE Yu-Kyeong1, JUNG Byung-Ik1, JEONG In-Sung1, CHAI Jeong-Eun1, JUNG Jae-Jun1, CHOI Hyo-Sang1 1Chosun University, South Korea Determination of grain sizes and current densities in multiseeded HTS bulk superconductors from trapped field measurements by genetic algorithms MURTA-PINA Joao1, PEREIRA Pedro1 1Centre of Technology and Systems - UNINOVA, Portugal 3D Volume Integral Formulation Based on Facet Elements for the Computation of AC Losses in Superconductors RAMDANE Brahim1, MEUNIER Gérard1, ESCAMEZ Guillaume2, CHADEBEC Olivier1, SIROIS Frédéric3, BADEL Arnaud1, TIXADOR Pascal1 1University Grenoble Alpes / CNRS, France, 2Nexans - University Grenoble Alpes, France, 3Polytechnique Montreal, Canada, 3D Modeling of Straight Uncoupled Multifilamentary Superconductors Subjected to Elliptical Field MAKONG HELL Ludovic1, KAMENI Abelin2, BOUILLAULT Frederic2, MASSON Philippe1 1University of Houston, United States, 2Laboratoire de Génie Electrique de Paris, France A practical scaling law for AC losses prediction in round superconducting filaments under elliptical field and transport current using artificial neural network LECLERC Julien1, MAKONG HELL NKATACK Ludovic1, LORIN Clément2, MASSON Philippe1 1University of Houston, United States, 2CEA Saclay, France

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3A-LS-P-06 Sep 9 - Afternoon (2:00-4:00 PM) Large Scale - Other large systems Management of a fuel cell system to feed a superconducting coil LINARES Rafael1, BERGER Kévin1, HINAJE Melika1 1GREEN - University of Lorraine, France Design of a vector magnet generating up to 3 T with 3 axis orientation LINARES Rafael1, BERGER Kévin1, HINAJE Melika1, DOUINE Bruno1, LÉVÊQUE Jean1 1GREEN - University of Lorraine, France Magnetic shielding properties of a bulk Bi-2223 superconducting hollow cylinder subjected to the magnetic stray field of a nearby magnetic source HOGAN Kevin1, WÉRA Laurent1, FAGNARD Jean-François1, VANDERHEYDEN Benoît1, VANDERBEMDEN Philippe1 1University of Liège, Belgium Basic study about an air conditioner which combined the magnetic refrigeration technologies using superconducting magnets with humidity regulation system HIRANO Naoki1, WATANABE Tomonori1, NAGAYA Shigeo1, TAKAHASHI Mikio2, TANAKA Kitoshi2, NAGAMINE Ryo3, OKAMURA Tetsuji3 1Chubu Electric Power Co., Inc., Japan, 2TAKENAKA Corporation, Japan, 3Tokyo Institute of Technology, Japan Elemental Development of Metal Melting by Electromagnetic Induction Heating Using Superconductor Coils WATANABE Tomonori1, NAGAYA Shigeo1, HIRANO Naoki1, FUKUI Satoshi2 1Chubu Electric Power Co., Inc., Japan, 2Niigata University, Japan Development of a magnetic separation system of scale in boiler feed water in thermal power plants OKADA Hidehiko1, IMAMURA Kenichi2, ANDO Tsutomu2, HIROTA Noriyuki1, SHIBATANI Saori3, MIZUNO Nobumi3, NAKANISHI Motohiro3, MISHIMA Fumihito3, AKIYAMA Yoko3, NISHIJIMA Shigehiro3 1National Institute of Materials Science, Japan, 2Nihon University, Japan, 3Osaka University, Japan Designing a cryogenic system for a new magnetic separator and classifier AUGUSTO Paulo1, CASTELO-GRANDE Teresa2, AUGUSTO Pedro3, BARBOSA Domingos2, ESTEVEZ Angel1 1APLICAMA Research Group, Fac. de Ciencias Químicas, Spain, 2LEPABE, Faculdade de Engenharia da Universidade do Porto, Portugal, 3Science Manager, Faculty of Medicine of Porto University, Portugal Lower Frequency Wireless Power Transfer via Double-tape HTS Resonant Coils ZHANG Guomin1 1Institute of Electrical Engineering, Chinese Academy of Sciences, China

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Control of feeble magnetic fluids flow using superconducting magnet HIROTA Noriyuki1, WANG Yan2, OKADA Hidehiko1, SAKKA Yoshio1 1National Institute for Materials Science, Japan, 2University of Tsukuba, Japan

3A-LS-P-07 Sep 9 - Afternoon (2:00-4:00 PM) Large Scale - Power applications of bulks Magnetic flux dynamics of 0°-0° and 45°-45° bridge-seeded multi-seed YBCO single grains magnetized by pulsed fields ZOU Jin1, AINSLIE Mark1, MOCHIZUKI H2, FUJISHIRO H2, SHI Yun Hua1, DENNIS Tony1, CARDWELL David1 1University of Cambridge, United Kingdom, 2Iwate University, Japan A improvement of the pulsed field magneitzation strategy for the superconducting motor HUANG Zhen1 1University of Cambridge, United Kingdom Static and Dynamic Characteristics of Superconducting Magnetic Force and Hydrostatic Fluid Film Force Compound Bearings CHEN Runlin1, XU Jimin1, YUAN Xiaoyang1, CHEN Hui2, MIAO Xusheng2, ZHANG Cuiping3 1Xi’an Jiaotong University, China, 2Xi’an Aerospace Propulsion Institute, China, 3Northwest Institute for non-ferrous metal Research, China 5 MJ flywheel energy storage with HTS magnetic suspension KOVALEV Konstantin1, POLTAVETS Vladimir1, KOLCHANOVA Irina1, ILYASOV Roman1, FIRSOV Valeriy1, VERZHBITSKY Leonid2, MAYEVSKY Vladimir3, GERGERT Alexey4 1Moscow Aviation Institute, Russia, 2JSC “Scientific-Research Institute of Electromechanical Plant, Russia, 3JSC “Gorizont”, Russia, 4JSC “VPO” Tochmash”, Russia The Study on the Segmentation Processing Method of Superconducting Bulk. YAMAGISHI Kazuhito1 1Yokohama National University, Japan Cryogenic system for a ring-shaped SMB and integration in a ring-spinning tester BERGER Anne1, SPARING Maria1, HOSSAIN Mahmud2, BERGER Dietmar1, FUCHS Günter1, ABDKADER Anwar2, CHERIF Chokri2, SCHULTZ Ludwig1 1IFW Dresden, Germany, 2TU Dresden, Germany Analysis of the homogeneous and inhomogeneous magnetization process of a superconducting stack CARRERA Miquel1, GRANADOS Xavier2, LÓPEZ Josep3, AMORÓS Jaume4 1Universitat de Lleida, Spain, 2Institut de Ciència de Materials de Barcelona, ICM, Spain, 3EUETIB (UPC-BarcelonaTech), Spain, 4Universitat Politècnica de Catalunya, Spain

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Design and Analysis of HTS Variable Flux Halbach Permanent Magnet Machine for Hybrid Electrical Vehicles WANG Dong1, LIN Heyun1, ZHANG Yang1 1School of electrical engineering, Southeast University, China Dynamics of rotating superconducting magnetic bearings in ring spinning SPARING Maria1, HOSSAIN Mahmud2, BERGER Anne1, HAMEISTER Stefan1, BERGER Dietmar1, ABDKADER Anwar2, FUCHS Günter1, CHERIF Chokri2, SCHULTZ Ludwig1 1IFW Dresden, Germany, 2Technical University of Dresden, Germany YBCO Magnetic Screens to Reduce the Magnetic Flux Dispersion in a Transverse-flux Linear Synchronous Generator BRANCO Paulo1 1Universidade de Lisboa, Portugal

3A-LS-P-08 Sep 9 - Afternoon (2:00-4:00 PM) Large Scale - Fault Current Limiter II Optimal Design of a Flux-Coupling-Type SFCL for a Micro-Grid System by Chaos Particle Swarm CHEN Lei1, DENG Changhong1 1Wuhan University, China Modification of superconductor modules for SFCL to limit fault current within the first half cycle PARK Byung Jun1, YANG Seong Eun1, KIM Hee Sun1, PARK Ki Jun1, YU Seung Duck1, YOO Je Eun1, HAN Young Hee2, KIM Hye Rim2 1KEPCO Research Institute, South Korea, 2Korea electric Power Research Institute, South Korea Introducing Superconducting Fault Current Limiting devices into the Power Grid TAYLOR Richard1, MOSCROP Jeffrey2 1Queensland University of Technology, Australia, 2University of Wollongong, Australia Performance Analysis of Resistive Type Superconducting Fault Current Limiters in Power Systems ZHANG Xiuchang1, RUIZ Harold1, COOMBS Timothy1 1University of Cambridge, United Kingdom Impact of liquid nitrogen cooling on the stability of 2G HTS wire for resistive fault current limiters applications RUBELI Thomas1, DUTOIT Bertrand1, MARTYNOVA Irina2, MAKAREVICH Artem2, MOLODYK Alexander2, SAMOILENKOV Sergey2 1Ecole Polytechnique Fédérale de Lausanne, Switzerland, 2SuperOx, Russia Tests of the 15 kV class coreless superconducting fault current limiter KOZAK Janusz1, MAJKA Michal1 1Electrotechnical Institute, Poland

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Integrated Control Method for the Active Superconducting Current Controller JING Shi1, KANG Gong1, YANG Liu1, XIAO Zhou1, LI Ren1, YUEJIN Tang1, JINDONG Li1 1Huazhong University of Science and Technology, China Studies on the Application of R-SFCL in the VSC-based DC Distribution System LI Bin1, HE Jiawei1 1Tianjin University, China Modeling of an Inductive Shielded Superconducting Fault Current Limiter in EMTP-ATP and COMSOL Multiphysics BAEUML Katrin1, POTKRAJAC Dejan2, KIZILCAY Mustafa2 1Schneider Electric Sachsenwerk GmbH, Germany, 2University of Siegen, Germany Application of a high temperature superconducting Inductive-type superconducting fault current limiter for VSC-HVDC systems AUDU Abba1, ZHANG Min1 1University of Bath, United Kingdom Comparative study of inductive and resistive SFCLs for various types of short-circuit on meshed and non-meshed HV network. DIDIER Gaëtan1, BONNARD Charles Henri1, LEVEQUE Jean1 1GREEN - University of Lorraine, France Comparison of the effect of different magnetic circuits in the performance of inductive superconducting fault current limiters under symmetric and asymmetric faults BARROSO Pedro1, MURTA-PINA Joao2, VILHENA Nuno2, ARSENIO Pedro2, AMARO Nuno2, PRONTO Anabela2 1Faculdade de Ciencias e Tecnologia - Universidade de Lisboa, Portugal, 2Centre of Technology and Systems - UNINOVA, Portugal Transient stability improvement of power system with interconnected AC/DC by SFCLs JUNG Byung Ik1, JEONG In Sung1, LEE Yu Kyeong1, CHAI Jeong Eun1, JUNG Jae Jun1, CHOI Hyo Sang1 1Chosun University, South Korea Analysis of electromagnetic forces in superconducting fault current limiters under short-circuit condition VILHENA Nuno1, TAILLACQ Amanda2, PRONTO Anabela1, MURTA-PINA João1 1UNINOVA - CTS, Portugal, 2DEE-FCT-UNL, Portugal Analysis of Short-circuit Current Limiting Effect on the Critical Forces of Inductive Type Superconducting Fault Current Limiters ARSÉNIO Pedro1, VILHENA Nuno1, MURTA-PINA João1, PRONTO Anabela1, OROSZ Tamás2, TAMUS Zoltán2 1Uninova - Centre of Technology and Systems, Portugal, 2Budapest University of Technology and Economics, Hungary

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Technical and Economic Analysis of Resistive-type Superconducting Fault Current Limiter Application in a HVDC Grid regarding DC Breakers Technical Requirements LEON GARCIA William1, BERTINATO Alberto1, TIXADOR Pascal2, RAISON Bertrand2, CREUSOT Christophe1 1Supergrid Institute, France, 2G2Elab, University Grenoble Alpes, France

3A-LS-P-09 Sep 9 - Afternoon (2:00-4:00 PM) Large Scale - Motors & Generators III Superconducting electrical machines for future aircrafts KOVALEV Konstantin1, DEZHIN Dmitry1, IVANOV Nikolay1, SAMOYLENKOV Sergey2, MELYUKOV Dmitry3, SEMENIKHIN Valery1, KOBZEVA Irina1 1Moscow Aviation Institute, Russian Federation, 2JSC "SupeOx", Russian Federation, 3Airbus Group, Russian Federation An outlook of the cryogenic on-board electric machines use DUBENSKY Alexandr1, KOVALEV Konstantin1, LARIONOFF Anatoly1, MODESTOV Kirill1, PENKIN Vladimir1, POLTAVETS Vladimir1 1Moscow Aviation Institute, Russia Torque characteristics of a quasi-diamagnetic rotating machine RACZ Arpad1, VAJDA Istvan2 1University of Debrecen, Hungary, 2Obuda University, Hungary Brushless superconducting synchronous generator with claw-shaped poles and permanent magnets KOVALEV Konstantin1, VERZHBITSKY Leonid2, KOZUB Sergey3, PENKIN Vladimir1, LARIONOV Anatoly1, MODESTOV Kirill1, IVANOV Nikolay1, TULINOVA Ekaterina1, DUBENSKY Alexandr1 1Moscow Aviation Institute, Russia, 2NIIEM JSC, Russia, 3IHEP, Russia Design for the cryogenic structure of a 15 kW fully-superconducting generator WU Qihong1, QU Timing1, SONG Peng2, HONG Zhiyong3, SUN Renjun3, GU Chen2, HAN Zhenghe1 1Department of Mechanical Engineering, Tsinghua University, China, 2Applied Superconductivity Research Center, China, 3Shanghai Superconductor Technology Co., Ltd., China Design and Analysis of Modular Flux-Concentrating HTS Permanent Magnet Vernier Machines ZHANG Yang1, LIN Heyun1, FANG Shuhua1, WANG Dong1 1Engineering Research Center for Motion Control of MOE, Southeast University, China A Compact Integration Cooling System of a Combination Two 1.5 MW HTS Motors for Electric Propulsion LE Thanh Dung1, KIM Ji Hyung1, PARK Sa Il1, KIM Do Jin1, JO Young-Sik2, YOON Kyung-Yong3, YOON Yong Soo4, KIM Ho Min1 1Jeju National University, South Korea, 2Korea Electrotechnology Research Institute, South Korea, 3Yonsei University, South Korea, 4Shin Ansan University, South Korea

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Fundamental Characteristics Analysis of a Sample HTS Magnet for Design of a 300 kW HTS DC Induction Furnace JONGHO Choi1, SUNG-KYU Kim1, BYEONG-SOO Go1, MINWON Park1, IN-KEUN Yu1, SEOKHO Kim1, KIDEOK Sim2 1Changwon National University, South Korea, 2Korea Electrotechnology Research Institute, South Korea Analysis of forces and energy densities in compact HTS electromagnetic actuators STEPIEN Mariusz1 1The Silesian University of Technology, Poland Monte Carlo Design Space Exploration of Superconducting Generator using MgB2 and YBCO Conductors SALVATORE Grieco1, NYANTEH Yaw1, MASSON Philippe1 1University of Houston, United States

3A-M-P-01 Sep 9 - Afternoon (2:00-4:00 PM) Materials - Thermal / Radiation effect, New Characterizations A Study on the Thermally Actuated Magnetization Flux Pumping Technology and thermal materials ZHAI Yujia1 1University of Cambridge, United Kingdom Fatigue Properties of IBAD-MOCVD REBa2Cu3O7-x ROGERS Samuel1, CHAN Wan Kan1, SCHWARTZ Justin1 1North Carolina State University, United States Behavior of magnetization changes of Nb3Sn multifilamentary wires after fast proton irradiation with energy up to 32 MeV DEGTYARENKO Pavel1, BALLARINO Amalia2, BOTTURA Luca2, FLUKIGER Rene Louis Jacques2, KRUGLOV Vitaly1, GAVRILKIN Sergey3, LATUSHKIN Sergey1, RYAZANOV Alexxander1, SCHEUERLEIN Christian2, SEMENOV Evgeniy1, SHAVKIN Sergey1, SPINA Tiziana2, UNEZHEV V1 1NRC "Kurchatov instititute", Russia, 2CERN, Switzerland, 3P.N. Lebedev Physical Institute of the Russian Aca, Russia Transport Jc in bulk superconductors: A practical approach? RUSH Jordan1, PALMER Kysen1, DENNIS Anthony1, SHI Yunhua1, CARDWELL David1, DURRELL John1 1University of Cambridge, United Kingdom Calculation of the current paths in the two-exponential model for the HTS tape with defects RUDNEV Igor1, PODLIVAEV Alexey1 1National Research Nuclear University MEPhI, Russia Effects of disorder on penetration depth and quasiparticle conductivity of Co and K doped BaFe2As2 crystals, investigated by a microwave coplanar resonator technique GHIGO Gianluca1, GERBALDO Roberto1, GOZZELINO Laura1, LAVIANO Francesco1, TAMEGAI Tsuyoshi2 1Politecnico di Torino and INFN sez. Torino, Italy, 2The University of Tokyo, Japan

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A procedure to protect granular and porous samples from oxygen contamination in high resolution magnetization measurements: application to granular high-Tc cuprate superconductors. RAMOS ÁLVAREZ Alberto1, MOSQUEIRA REY Jesús1, DOVAL GARCIA Juan1, CASTAÑO VERDE José1, SÓÑORA VIDAL Daniel1, DANCAUSA VICENT Javier1, VIDAL COSTA Félix1 1LBTS Research Group, University of Santiago de Compostela, Spain Anomalous thermal expansion of PrBa2Cu3O6+x compounds with x = 0.44 and 0.95 at low temperatures LAHOUBI Mahieddine1 1Badji Mokhtar-Annaba University, Faculty of Science, Algeria Fabrication of sintered bulks and elecrochemically deposited chalcogenides superconductors FIAMOZZI ZIGNANI Chiarasole1, CORATO Valentina2, DE MARZI Gianluca2, MANCINI Antonella2, BESI VETRELLA Ugo2, YAMASHITA Aichi3, TAKANO Yoshihiko3, GAIA Grimaldi4 1ENEA C.R. Frascati and Salerno University, Italy, 2ENEA CR Frascati, Italy, 3NIMS, Japan, 4SPIN-CNR, Italy Impedance Spectroscopy for Applied Superconductivity LOPES Artur1, NEVES Marcelo1, SILVA Edson1, BRANCO Luiz1, ROSARIO Marco2, PAULO NETO Denis1, PONTES Mayara1, RIBEIRO Mariana1, NASCIMENTO Carlos3 1LMDS-UFRRJ, Brazil, 2NeoKinetika, Brazil, 3CEMIG, Brazil Battery-like Reaction Beats the Suppression of Superconductivity in Iron Chalcogenides YAMASHITA Aichi1, TAKANO Yoshihiko1 1National Institute for Materials Science, Japan Rietveld-refinement of rutheno-Cuprate superconductor RuSr2-xCaxGdCu2O8±Z annealed for different times in oxygen flux ABATAL Mohamed1, GONZALEZ Adrian2, VAZQUEZ Valentin3, GONZALEZ Gonzalo4 1Universidad Autónoma del Carmen, Mexico, 2UGT, Mexico, 3BUAP, Mexico, 4UNAM, Mexico

3A-M-P-02 Sep 9 - Afternoon (2:00-4:00 PM) Materials - Vortex, flux pinning II Phonon escape time deduced from the time of nucleation of hot spots in superconducting niobium filaments HARRABI Khalil1, OKTASENDRA Fandi1, BERDIYOROV Golibjon2, GASMI Khaled1, MANEVAL Jean Paul3, BAKARE Fatai4 1Physics Department, King Fahd University of Petroleum Minerals, Saudi Arabia, 2Qatar Environment and Energy Research Institute, Qatar, 3Laboratoire Pierre Aigrain, ENS, France, 4King Fahd University of Petroleum & Minerals, Saudi Arabia Field dependence of pinning parameters for YBa2Cu3O7-δ films in low magnetic field SANNIKOV Ilya1, KUZNETSOV Alexey1, IVANOV Andrey1, MENUSHENKOV Alexey1, CHURKIN Oleg1 1National Research Nuclear University MEPhI, Russia

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Pinning and dynamics of magnetic flux in 2G HTS materials DOROFEEV Gennady1, DROBIN Valery2, MALINOWSKI Henryk2 1Kurchatov's Institute, Russian Federation, 2JINR, Russian Federation High field paramagnetic Meissner effect in Ga implanted YBa2Cu3O7 single crystal VIEIRA Valdemar1, DIAS Fábio1, GOUVÊA Cristol2, PUREUR Paulo3, SCHAF Jacob3, HEDNA Marlon3 1Universidade Federal de Pelotas, Brazil, 2Instituto Nacional de Metrologia, Qualidade e Tecnologia, Brazil, 3Universidade Federal do Rio Grande do Sul, Brazil Chemically introduced disorder effects on the critical current density and pinning mechanisms of YBA(2-x)Sr(x)CU3O7-δ single crystals LOPES Rovan1, VIEIRA Valdemar2, DIAS Fábio2, PUREUR Paulo1, SCHAF Jacob1, HNEDA Marlon1, ROA Joan3 1Universidade Federal do Rio Grande do Sul, Brazil, 2Universidade Federal de Pelotas, Brazil, 3Universitat de Barcelona, Spain Comparison between the magnetic irreversibility and zero resistance lines of high quality melt-processed YBaCuO superconductors DIAS Fábio1, VIEIRA Valdemar1, WOLFF-FABRIS Frederik2, KAMPERT Erik2, HNEDA Marlon3, SCHAF Jacob3, FARINELA Graziele3, GOUVÊA Cristol4, ROA Joan Josep5 1Universidade Federal de Pelotas, Brazil, 2Dresden High Magnetic Field Laboratory, Germany, 3Universidade Federal do Rio Grande do Sul, Brazil, 4Divisão de Metrologia de Materiais, Inmetro, Brazil, 5Universitat Politècnica de Catalunya, Spain Superconducting fluctuation and Josephson plasma oscillation in Pb1-ySr2Y1-xCaxCu2+yO7+δ thin films observed by Terahertz Time Domain Spectroscopy UZAWA Akira1, KOMORI Sachio1, KAKEYA Itsuhiro1 1Kyoto University, Japan Nonequilibrium phonons in wide superconducting films with phase slippage KULIKOVSKIY Andrey1 1A.M. Prokhorov General Physics Institute of RAS, Russia Controlling flux avalanches in superconducting films CARMO Danusa1, COLAUTO Fabiano1, ANDRADE Antônio2, OLIVEIRA Ana3, JOHANSEN Tom4, ORTIZ Wilson1 1Universidade Federal de São Carlos, Brazil, 2Universidade Federal do Rio Grande do Sul, Brazil, 3Instituto de Federal de Educação, Ciência e Tecnologia, Brazil, 4University of Oslo, Norway Functional behavior of the anomalous magnetic relaxation observed in melt-textured YBaCuO samples showing the paramagnetic Meissner effect GARCIA Evelin1, DIAS Fábio1, VIEIRA Valdemar1, WOLFF-FABRIS Frederik2, KAMPERT Erik2, HNEDA Marlon3, GOUVÊA Cristol4, OBRADORS Xavier5, PUIG Teresa5, ROA Joan Josep6 1Universidade Federal de Pelotas, Brazil, 2Dresden High Magnetic Field Laboratory, Germany, 3Universidade Federal do Rio Grande do

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Sul, Brazil, 4Divisão de Metrologia de Materiais, Brazil, 5Institut de Ciència de Materials de Barcelona, Spain, 6Universitat Politècnica de Catalunya, Spain Is there a potential for applications within surface superconductivity state in thin films? PAN Alexey1, ESQUINAZI Pablo2, BRANDT Ernst3 1University of Wollongong, Australia, 2University of Leipzig, Germany, 3Max-Planck-Institute fuer Metallforschung, Germany Vortex dynamics and critical current in superconducting films with linear defects. Classical approach. KASATKIN Alexander1, TSVITKOVSKYI Vadym1 1Institute for Metal Physics, NASU, Ukraine Y3Fe5O12 nanoparticles as efficient pinning centers in YBa2Cu3O7-δ matrix KHENE Samir1, GASMI Mounia1, FILLION Gerard2 1Radiation Physics Laboratory, Physics Department, Badji Mokhtar University, Algeria, 2LNCMI, CNRS, France Giant Discontinuous Field Increase in Pulsed ZFC Bulk HTS - a Systematic Failure of the Critical State Model WEINSTEIN Roy1, PARKS Drew1, SAWH Ravi-Persad1, CARPENTER Keith1, DAVEY Kent1 1University of Houston, USA The correlation between zero resistence and magnetic irreversibility temperatures of Sr and Zn doped YBa2Cu3O7 single crystals: the limits of josephson and abrikosov vortices dynamics MACEDO Daniela1, VIEIRA Valdemar1, DIAS Fábio1, JAECKEL Sandra1, PUREUR Paulo2, SCHAF Jacob2, HEDNA Marlon2 1Universidade Federal de Pelotas, Brazil, 2Universidade Federal do Rio Grande do Sul, Brazil First observation of flux avalanches in V3Si superconducting thin films COLAUTO Fabiano1, MOTTA Maycon1, PINHEIRO Lincoln2, JOHANSEN Tom3, BELLINGERI Emilio4, SHRIKANT Kawale4, FERDEGHINI Carlo4, ORTIZ Wilson1 1Universidade Federal de São Carlos, Brazil, 2Instituto Federal de São Paulo, Brazil, 3University of Oslo, Norway, 4CNR-SPIN, Italy

3A-M-P-03 Sep 9 - Afternoon (2:00-4:00 PM) Materials - Transport II Investigating dynamic current profiles in YBa2Cu3O7-x thin films using ultra-fast magneto-optical imaging and simulation WELLS Frederick1, GOLOVCHANSKIY Igor1, PAN Alexey1, FEDOSEEV Sergey1 1University of Wollongong, Australia

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An analytical method for the calculation of the force between a magnet and a bulk superconductor DUPONT Louis1, NOUDEM Jacques2, BERNSTEIN Pierre2 1Société Caylar, France, 2Université de Caen-Basse-Normandie, France Transition to the normal state induced by high current densities in high-Tc superconductor microbridges under applied magnetic fields. DOVAL GARCIA Juan1, RAMOS ÁLVAREZ Alberto1, CASTAÑO VERDE José1, SÓÑORA VIDAL Daniel1, VEIRA SUÁREZ José1, MAZA FRECHÍN Jesús1, VIDAL COSTA Félix1 1LBTS Research Group, University of Santiago de Compostela, Spain Two-dimensional measurement of dynamic magnetic flux density distribution on the surface of HTS bulk IDA Tetsuya1, NAKAGAWA Takumi1, IZUMI Mitsuru2 1National Institute of Technology, Hiroshima College, Japan, 2Tokyo University of Marine Science and Technology, Japan Magnetization and levitation characteristics of HTS tapes stacks in crossed magnetic fields POKROVSKII Sergei1, OSIPOV Maxim1, ABIN Dmitry1, RUDNEV Igor1 1National Research Nuclear University MEPhI, Russia Measurements and numerical simulations of trapped field in a stack of HTS tapes MINEEV Nikolay1, PODLIVAEV Alexey1, RUDNEV Igor1 1National Research Nuclear University MEPhI, Russian Federation Analysis of Transport Properties of MOD YBCO Films with BaZrO3 as Artificial Vortex Pinning Centres FROLOVA Anna1, POMPEO Nicola1, TOROKHTII Kostiantyn1, SOTGIU Giovanni1, SILVA Enrico1, ANGRISANI ARMENIO Achille2, AUGIERI Andrea2, FABBRI Fabio2, MANCINI Antonella2, RIZZO Francesco2, RUFOLONI Alessandro2, VANNOZZI Angelo2, CELENTANO Giuseppe2, CIONTEA Lelia3, PETRISOR Traian3 1Università di Roma Tre, Italy, 2ENEA CR Frascati, Italy, 3Technical University of Cluj-Napoca, Romania Critical current in PLD-YBCO coated conductors investigated by high-resolution Hall scan measurements LAO Mayraluna1, HECHER Johannes1, PAHLKE Patrick2, SIEGER Max2, HÜHNE Ruben2, EISTERER Michael1 1Atominstitut - Vienna University of Technology, Austria, 2Institute for Metallic Materials, IFW Dresden, Germany Resistive transition of type-II superconducting films with regular patterns of critical temperature variations induced by micro and nanofunctionalization. CASTAÑO VERDE José1, DOVAL GARCIA Juan1, RAMOS ÁLVAREZ Alberto1, SÓÑORA VIDAL Daniel1, VÁZQUEZ RAMALLO Manuel1 1LBTS Research Group, University of Santiago de Compostela, Spain

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Low-dimensionality effects in MgB2 electronic properties MANESCO Antonio1, RODRIGUES JR. Durval1 1University of São Paulo-Lorena Engineering School, Brazil Design of the superconducting end caps of a tubular magnetic shield WERA Laurent1, FAGNARD Jean-François1, HOGAN Kevin1, VANDERBEMDEN Philippe1, VANDERHEYDEN Benoit1 1SUPRATECS, University of Liège, Belgium Characterization of the magnetic properties of a continuously coated YBCO coated conductor cylinder in persistent current mode WÉRA Laurent1, FAGNARD Jean-François1, VANDERHEYDEN Benoit1, VANDERBEMDEN Philippe1 1SUPRATECS, University of Liège, Belgium Magnetotransport measurements on Nd2-xCexCuO4±d thin films GUARINO Anita1, AVELLA Adolfo1, AVITABILE Francesco1, GRIMALDI Gaia2, LEO Antonio1, MARTUCCIELLO Nadia2, ROMANO Alfonso1, ROMANO Paola3, NIGRO Angela1 1Università di Salerno and CNR-SPIN UOS Salerno, Italy, 2CNR-SPIN UOS Salerno, Italy, 3Università del Sannio and CNR-SPIN UOS Salerno, Italy Relaxation of levitation force of a stack of HTS tapes ABIN Dmitry1, OSIPOV Maxim1, POKROVSKII Sergei1, RUDNEV Igor1 1National Research Nuclear University MEPhI, Russia First principal investigation of FeSe under pressure AFRASSA Mesfin Asfaw1 1Addis Ababa University, Ethiopia In-plane field angle dependence of the critical current of RBCO wires STRICKLAND Nicholas1, WIMBUSH Stuart1, LONG Nicholas1 1Victoria University of Wellington, New Zealand Perfect Conductivity within Superconductivity: The Origin of Paramagnetic Meissner Effect OH Sangjun1 1National Fusion Research Institute, South Korea Influence of the position of a small hole on the trapped field performance in a holed superconducting bulk magnet YOKOYAMA Kazuya1, ERANDA Kulawansha1, ZHAO Yuanding1, OKA Tetsuo2 1Ashikaga Institute of Technology, Japan, 2Niigata University, Japan

3A-M-P-04 Sep 9 - Afternoon (2:00-4:00 PM) Materials - YBCO bulk Effect of co-doping on electrical and thermal transport properties of Nd0.95Pr0.05Ba2Cu3-x MxO7-δ with M=Fe, Co, Ni and Zn) bulk superconductors RAO Ashok1 1Department of Physics, Manipal Institute of Technology, India

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Study of the normal-superconductor phase transition in a granular multi-doped Y0.25Gd0.25Er0.25Nd0.25Ba2Cu3O7-δ superconductor KAVAMOTO Alana1, RODRIGUES Pedro1, JURELO Alcione1, HNEDA Marlon1, BRINATTI André1, COSTA Rosângela2 1Universidade Estadual de Ponta Grossa, Brazil, 2Universidade Federal do Rio Grande, Brazil Top Seeded Infiltration Growth And Structure Of YBCO Bulk Superconductors VOJTKOVA Liudmila1, DIKO Pavel1, VOLOCHOVÁ Daniela1, KAVEčANSKÝ Viktor1, ANTAL Vitaly1, PIOVARčI Samuel1 1Institute of Experimental Physics, SAS, Slovakia Growth parameters in Y123-Y211 system RADUSOVSKA Monika1, DIKO Pavel1, VOLOCHOVA Daniela1, KAVECANSKY Viktor1, ANTAL Vitaliy1, PIOVARCI Samuel1 1Institute of Experimental Physics, SAS, Slovakia Doping Effects in Superconducting SmBa2Cu3O7-δ Bulk Materials ZHAO Wen1, SHI Yunhua1, DENNIS Anthony1, CARDWELL David1 1University of Cambridge, United Kingdom Preparation and characterization of IG processed YBa2Cu3Oy bulk superconductors produced with sintered Y2BaCuO5 precursor IDE Naoki1, MIRYALA Muralidhar1, KOBLISCHKA Michael R2, INOUE Kazuhiro1, MURAKAMI Masato1 1Shibaura Institute of Technology, Japan, 2Saarland University, Germany Critical current properties of Ca-doped Y123 melt-solidified bulks OHDA Yoshitaka1, SETOYAMA Yui1, YAMAMOTO Akiyasu1, OGINO Hiraku1, KISHIO Kohji1, SHIMOYAMA Jun-Ichi1 1The University of Tokyo, Japan Systematic changes of flux pinning properties and microstructures observed in RE-mixed RE123 melt-solidified bulks SETOYAMA Yui1, SHIMOYAMA Jun-Ichi1, YAMAMOTO Akiyasu1, OGINO Hiraku1, KISHIO Kohji1, AWAJI Satoshi2 1The University of Tokyo, Japan, 2Institute for Materials Research, Tohoku University, Japan Processing of YBCO Single Domain Bulk with Modified TSMTG Approach XU Kexi1 1Shanghai University, China Growth and Superconducting Properties of Multi-seeded Quasi (RE)BCO Single Grains SHI Yunhua1, DENNIS Anthony1, NAMBURI Devendra1, DURRELL John1, CARDWELL David1 1University of Cambridge, United Kingdom

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YBCO bulk rings grown via a novel crystal growth technique for large scale applications ERTEKIN Ercan1, GECER Sahure1, KOSA Janos1, YANMAZ Ekrem2, GENCER Ali1 1Ankara University, Turkey, 2Karadeniz Technical University, Turkey A low cost fabrication method on the single domain GdBCO bulk superconductor by the simplified melt growth process YANG Pengtao1, WANG Miao1, YANG Wanmin1 1Shaanxi Normal University, China Control of RE/Ba substitution by oxygen partial pressure for REBa2Cu3Oy phase using the molten KOH OKUNISHI Ryota1, FUNAKI Shuhei1, YAMADA Yasuji1, MIYACHI Yugo1 1Shimane University, Japan 2-step Top seeded infiltration and growth process- A reliable fabrication method for producing large, single grain (RE)Ba2Cu3O7-x bulk superconductors NAMBURI Devendra Kumar1, SHI Yunhua1, DENNIS Anthony1, DURRELL John1, CARDWELL David1 1University of Cambridge, United Kingdom YBa2Cu3O7-δ ceramic superconductor obtained by acetate method DE LÉO Ana1, NASCIMENTO Mylena2, HERNÁNDEZ Ury2, PAULO-NETO Denis3, SAITOVITCH Elisa2, FONTES Magda2, LOPES Artur3, NEVES Marcelo3, LÓPEZ Ada4 1IF ADT - UERJ & LMDS - UFRRJ, Brazil, 2CBPF, Brazil, 3LMDS-UFRRJ, Brazil, 4IF ADT - UERJ, Brazil Preparation of NdBa2Cu3O7-δ samples by the wet-chemical method DE LÉO Ana1, NASCIMENTO Mylena2, HERNÁNDEZ Ury2, PAULO-NETO Denis3, SAITOVITCH Elisa2, FONTES Magda2, LOPES Artur3, NEVES Marcelo3, LÓPEZ Ada1 1IF ADT - UERJ & LMDS - UFRRJ, Brazil, 2CBPF, Brazil, 3LMDS-UFRRJ, Brazil Effect of aging induced by additional short-term high temperature treatment on superconducting and electric transport properties of polycrystalline Y-Ba-Cu-O compound NIKOGHOSYAN Sergey1, HARUTUNYAN Vachagan1, BAGHDASARYAN Valeri1, MUGHNETSYAN Edgar2, ZARGARYAN Erjanik2, AIVAZYAN Ashot2, SARKISYAN Albert2 1Yerevan Physics Institute, Armenia, 2International Scientific-Educational Center of NAS, Armenia Microstructure and Superconducting Properties of YBCO Bulk Superconductors with RE Substitutions VOLOCHOVA Daniela1, PIOVARCI Samuel1, ANTAL Vitaliy1, KAVECANSKY Viktor1, KOVAC Jozef1, JUREK Karel2, JIRSA Milos2, DIKO Pavel1, NOUDEM Jacques3 1Institute of Experimental Physics SAS, Slovak Republic, 2Institute of Physics AS CR, Czech Republic, 3CRISMAT, CNRS/UMR 6508, ENSICAEN, France

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Effect of Nd(422) dopant on the superconducting properties of Nd(123) superconductor melt-processed in air MAHMOUD Ahmed1 1Department of Physics, Faculty of Science, Libya

3A-M-P-05 Sep 9 - Afternoon (2:00-4:00 PM) Materials - Pnictides II The combined effect of titanium and air on Fe(Te,Se)-type superconducting materials ABOUHASWA Aly1, MERENTSOV Alexander1, BARANOV Nikolai1 1Ural Federal University, Institute of Natural Sciences, Russia Ac Susceptibility and Third Harmonics Studies of Hg-1223 Superconductors with Edition of Arsenic Oxide METSKHVARISHVILI Ioseb1, DGEBUADZE G.1, BENDELIANI B.1, LOBZHANIDZE T.2, METSKHVARISHVILI M.3, GABUNIA V.1 1I. Vekua Sukhumi Institute of Physics & Technology, Georgia, 2Ivane Javakhishvili Tbilisi State University, Georgia, 3Georgian Technical University, Georgia Phosphorus doping level dependence of microstructure and superconducting properties of BaFe2As2 polycrystalline bulks TSUJITAKE Senri1, YAMAMOTO Akiyasu1, OGINO Hiraku1, SHIMOYAMA Jun-Ichi1, KISHIO Kohji1 1University of Tokyo, Japan Preparation of Nb3(Al, Ge) by high-energy ball milling and superconductivity ZHANG Yun1, YANG Dawei1, LI Pingyuan1, XU Liyuan1, CHEN Yongliang1, PAN Xifeng2, YAN Guo2, ZHAO Yong1 1Southwest Jiaotong University, China, 2Western Superconducting Technologies Co., Ltd., China RE dependence of superconducting properties of transition metals co-doped (Ca,RE)FeAs2 YAKITA Hiroyuki1, OGINO Hiraku1, SALA Alberto2, YAMAMOTO Akiyasu1, KISHIO Kohji1, IYO Akira2, EISAKI Hiroshi2, SHIMOYAMA Jun-Ichi1 1The University of Tokyo, Japan, 2National Institute of Advanced Industrial Science and Technology, Japan Study of Microstructure in FeSe Preferred Orientation Bulks Growing by Bridgman Method CHEN Ingann1, YANG Chiaming1, WU Maw-Kuen2 1National Cheng Kung University, Taiwan (ROC), 2Academia Sinica, Taiwan (ROC) Mechanism of Lithium Doping on FeSe1-xTex Crystal Structure CHEN Ingann1, YANG Chiaming1, WU Mawkuen2 1National Cheng Kung University, Taiwan (ROC), 2Academia Sinica, Taiwan (ROC)

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Effect of the FeSe precursor on the transporting properties of KxFe2-ySe2 CUI Yajing1, WANG Xiaofeng1, CHEN Yongliang1, LI Pingyuan1, ZHAO Yong1 1Southwest Jiaotong University, China Investigation of physical properties of FeSe single crystals grown by chemical vapor transport SAM Raguilignaba1, KARLSSON Sandra2, STROBEL Pierre2, SULPICE André2, MARCENAT Christophe3, LEGENDRE Murielle2, GAY Frédéric2, PAIRIS Sébastien2, LEYNAUD Olivier2, TOULEMONDE Pierre2 1Université de Ouagadougou, Burkina Faso, 2Université Grenoble Alpes / CNRS, France, 3CEA-INAC / UJF Grenoble 1, France

3A-WT-P-01 Sep 9 - Afternoon (2:00-4:00 PM) Wires and Tapes - BSCCO Influence of the oxygen partial pressure on the phase evolution during the melt processing of Bi-2212 superconducting wires SCHEUERLEIN Christian1, ANDRIEUX Jerome2, DOERRER Christopher1, KADAR Julian3, RIKEL Mark4, DI MICHIEL Marco5, BALLARINO Amalia1, BOTTURA Luca1, JIANG Jianyi6, KAMETANI Tak6, HELLSTROM Eric6, LARBALESTIER David6 1European Organization for Nuclear Research (CERN), Switzerland, 2Université Claude Bernard Lyon 1, France, 3Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany, 4Nexans SuperConductors GmbH, Germany, 5ESRF, France, 6Applied Superconductivity Center, NHMFL, FSU, United States Microscopic mechanisms of quench induced critical current degradation in Bi2Sr2CaCu2O8+x round wire YE Liyang1, LI Pei1, SHEN Tengming1, SCHWARTZ Justin2 1Fermi National Accelerator Laboratory, United States, 2North Carolina State University, United States Processing of Bi2Sr2CaCu2Ox superconductors via direct oxidation of metallic precursors ZHANG Yun1, KOCH Carl1, SCHWARTZ Justin1 1North Carolina State University, United States Electrical transport in a single, dense Bi2Sr2CaCu2Ox colony extracted from a Ag-sheathed multifilamentary wire ZHANG Yun1, SCHWARTZ Justin1 1North Carolina State University, United States Synthesis of Bi2Sr2CaCu2Ox oxide precursor from nano-oxides and its relationship with multifilamentary wire transport properties ZHANG Yun1, JOHNSON Stephen2, STIEHA Joey2, CHAUBAL Manasi2, VENUGOPAL Ganesh2, HUNT Andrew2, SCHWARTZ Justin1 1North Carolina State University, United States, 2nGimat,llc, United States

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1D Current density profiles of BSCCO tapes in the stacked conductor under different current feeding modes FAMAKINWA Tosin1, SHYSHKIN Oleg2, SUN Jian3, TALLOULI Mohamed3, YAMAGUCHI Satarou3 1University of Western Sydney, Australia, 2V. N. Karazin Kharkiv National University, Ukraine, 3Chubu University, Japan Superconducting properties of Ag and Ag-Cu Alloy Sheathed/Bi-2223 Wires KILICARSLAN Ebru1, SAFRAN Serap1, KILIC Ahmet1, OZTURK Hamit1, ALP Meryem1, GENCER Ali1 1Ankara University, Turkey Critical Current Properties of Bi2223 Tapes Synthesized under Low PO2 FURUKI Masahiro1, SHIMOYAMA Jun-Ichi1, YAMAMOTO Akiyasu1, OGINO Hiraku1, KISHIO Kohji1, NAKASHIMA Takayoshi2, KOBAYASHI Shin-Ichi2, HAYASHI Kazuhiko2 1Tokyo University, Japan, 2Sumitomo Electric Industries, Ltd., Japan Progress towards commercial 2212 by integrated development of powder and wire OTTO Alexander1, CARTER William1 1Solid Material Solutions, LLC, United States Rectangular, strengthened 2212 wire for high field magnets made by react and wind OTTO Alexander1 1Solid Material Solutions, LLC, United States

3A-WT-P-02 Sep 9 - Afternoon (2:00-4:00 PM) Wires and Tapes - Coated conductor development Production, customisation and integration of 2G HTS wire into HTS devices SAMOILENKOV Sergey1, LEE Sergey2, PETRYKIN Valery2, KALITKA Vladislav1, MANKEVICH Alexey1, MOYZYKH Mikhail1, MARTYNOVA Irina1, ADAMENKOV Alexander1, CHEPIKOV Vsevolod1, BLEDNOV Andrey1, AMELICHEV Vadim1, KAMENEV Anton1, MARKELOV Anton1, MAKAREVICH Artem1, GORBUNOVA Darya1, MOLODYK Alexander1, KAUL Andrey1 1SuperOx, Russia, 2SuperOx Japan LLC, Japan Progress in Coated Conductor Development at Deutsche Nanoschicht FEENSTRA R.1, KUNERT J.1, WOJTNIAK B.1, BENNEWITZ J.1, FALTER M.1, BAECKER M.1 1Deutsche Nanoschicht GmbH, Germany 12mm wide HTS coated conductors for high-field applications USOSKIN Alexander1, RUTT Alexander1, DIETRICH Reinhard1, SENATORE Carmine2, ROSSI Lucio3, BOTTURA Luca3, BALLARINO Amalia3, KARIO Anna4, GOLDACKER Wilfried4 1Bruker HTS, Germany, 2University Genova, Switzerland, 3CERN, Switzerland, 4Karlsruhe Institute of Technology (KIT), Germany

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Roadmap advances in pulsed laser deposition of coated conductors DELMDAHL Ralph1, GREER James2 1Coherent LaserSystems GmbH & Co. KG, Germany, 2PVD Products, Inc., United States Manufacturing of HTS coated conductors in compact pilot line and their investigations PANTSYRNY Victor1, KOLOSKOV Sergej1, AVDIENKO Alexander1, KRYLOV Vladislav2, SVISTUNOVA Olga2, STOYAKIN Vladimir2, KRUGLOV Vitaly2, SHAVKIN Sergey2, DEGTYARENKO Pavel2, REVAZOV Vladimir2, DIETRICH Reinhard3, PRAUSE Burkhard3, SCHLENGA Klaus3, BETZ Ulrich3, USOSKIN Alexander3 1Russian Superconductors OAO, Russia, 2Kurchatov's Institute, Russia, 3Bruker HTS, Germany

3A-WT-P-03 Sep 9 - Afternoon (2:00-4:00 PM) Wires and Tapes - Jointing Superconducting Joint between (RE)Ba2Cu3O7-x Coated Conductors via Electric Field Sintering JENSEN Carolyn1, LI Menghui1, SCHWARTZ Justin1 1North Carolina State University, United States Parametric Study for Low-Resistance Joint of REBCO Coated Conductor Tapes using Hybrid Welding Method SHIN Hyung-Seop1, KIM Jong-Min1 1Andong National University, South Korea Joints between Superconductors for Large-Scale Applications TSUI Yeekin1, SURREY Elizabeth2, HAMPSHIRE Damian1 1Durham University, United Kingdom, 2EURATOM/CCFE Fusion Association, United Kingdom Investigations on Different Joining Techniques Regarding Electrical Joints with Normal Conducting Material and YBCO Coated Conductors BÄUML Katrin1, RAMONAT Alexander2, GROSSMANN Steffen2 1Schneider Electric Sachsenwerk GmbH, Germany, 2Technische Universität Dresden, Germany Update on the validation route of the Mgb2 joint process targeting its use in MRI magnets: an all-MgB2 persistent mode solenoid with the use of ex-situ processed conductor NARDELLI Davide1, VALESI Giovanni1, MAGRASSI Daniele2, TROPEANO Matteo1, MARABOTTO Roberto2, GRASSO Giovanni1 1Columbus superconductors, Italy, 2ASG Superconductors, Italy Joining of CC tapes with lead-free solders MICHALCOVÁ Eva1, GÖMÖRY Fedor2, JANOVEC Jozef1, DRIENOVSKÝ Marián1, SKARBA Michal1, PEKARčÍKOVÁ Marcela1, MIšÍK Jozef1 1Slovak University of Technology in Bratislava, Faculty of Materials Science and Technology, Slovakia, 2Slovak Academy of Sciences, Slovakia

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Current Decay Properties of MgB2 Wires and Closed-loop Coils with Superconducting Joint of Reacted Wires ICHIKI Yota1, KODAMA Motomune1, TANAKA Hideki1 1Hitachi, Ltd., Japan Microstructural and Superconducting Properties of Persistent Mode Joints between NbTi Conductors BRITTLES Greg1, AKSOY Canan1, MOUSAVI Tayebeh1, LOCKETT Cyril2, BAYLISS Victoria2, VANDORE John2, MILWARD Stephen3, BRADSHAW Tom2, GROVENOR Chris1, SPELLER Susannah1 1University of Oxford, United Kingdom, 2STFC, United Kingdom, 3Diamond Light Source, United Kingdom Superconducting Joints between Bi-2212/Ag-alloy Multifilamentary Round Wires for High Field Magnet Applications CHEN Peng1 1National High Magnetic Field Laboratory, United States

3A-WT-P-04 Sep 9 - Afternoon (2:00-4:00 PM) Wires and Tapes - Coated conductor stability Experiment concerning quench initiation and quench development on coated conductor LIANG Fei1, YUAN Weijia1, ZHANG Min1 1University of Bath, United Kingdom Tests of Parallel Connected HTS 2G Tapes for Fault Current Limiters MAJKA Michal1, KOZAK Janusz1 1Electrotechnical Institute, Poland AC Magnetization Loss and Transverse Resistance Measurement of Striated Coated Conductors with Electroplated Cu-Stabilization GODFRIN Aurélien1, GYURAKI Roland1, DEMENCIK Eduard1, JUNG Alexendra1, KARIO Anna1, NAST Rainer1, SCHEITER Juliane2, MOLODYK Alexander3, MANKEVICH Alexey3, GRILLI Francesco1, GOLDACKER Wilfried1 1Karlsruhe Institute of Technology (KIT), Germany, 2Leibniz Institute for Solid State and Materials Research, Germany, 3SuperOx, Russia Influence of electroplated Cu-stabilization on laser-structured Ag-cap coated conductors NAST Rainer1, KARIO Anna1, JUNG Alexandra1, GODFRIN Aurélien1, GYURAKI Roland1, RINGSDORF Bernd1, SCHEITER Juliane2, GRILLI Francesco1, GOLDACKER Wilfried1, MOLODYK Alexander3, MANKEVICH Alexey3 1Karlsruhe Institute of Technology (KIT), Germany, 2Leibniz Institute for Solid State and Materials Research, Germany, 3SuperOx, Russia Determination of I-V curves of HTS tapes from the frequency dependent AC transport loss DEMENCIK Eduard1, ZERMENO Victor1, NAST Rainer1, GRILLI Francesco1 1Karlsruhe Institute of Technology (KIT), Germany

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3A-WT-P-05 Sep 9 - Afternoon (2:00-4:00 PM) Wires and Tapes - MgB2 Processing Microstructure, texture, mechanical properties and stress induced filament degradation of ex situ and in situ MgB2 wires ALKNES Patrick1, HAGNER Matthias2, BJOERSTAD Roger1, SCHEUERLEIN Christian1, BORDINI Bernardo1, BALLARINO Amalia1, SUGANO Michinaka3, HUDSPETH Jessica4 1CERN, Switzerland, 2University of Konstanz, Germany, 3KEK, Japan, 4ESRF, France Characterisation of commercial MgB2 conductors for magnet application in LIQHYSMES LEYS Pauline1, KLAESER Marion1, RUF Claudia1, SCHNEIDER Theo1 1Karlsruhe Institute of Technology (KIT), Germany Fracture behavior in Ti-doped MgB2 wire prepared by high energy milling YANG Fang1, YAN Guo2, WANG Qingyang1, XIONG Xiaomei1, LI Shaoqiang2, FENG Jianqing1, LI Chengshan1 1Northwest Institute for Nonferrous Metal Research, China, 2Western Superconducting Technologies Co., Ltd., China Magnetization AC losses in MgB2 wires made by IMD process JAN Kovac1, JAN Souc1, PAVOL Kovac1, IMRICH Husek1 1Institute of Electrical Engineering, SAS, Slovakia Mechanical behavior, local properties and strain localization of powder-in-tube MgB2 wire LENOIR Gilles1, AUBIN Véronique1 1Ecole Centrale Paris, France Influence of indentation on the properties of MgB2 strands CHAO Dai1, QIN Jinggang1 1Institute of Plasma Physics, CAS, China Magnetic studies of MgB2 prepared by internal magnesium diffusion with various doping BRUNNER Boris1, REISSNER Michael2, KULICH Miloslav1, KOVAC Pavol1 1Slovak Academy of Sciences, Slovakia, 2TU Wien, Austria Three dimensional microstructural analysis of MgB2 wires by use of X-ray micro-tomography INOUE Masayoshi1, TATARA Hiroshi1, HARADA Kazutaka1, HIGASHIKAWA Kohei1, YE Shujun2, MATSUMOTO Akiyoshi2, KUMAKURA Hiroaki2, KISS Takanobu1 1Kyushu University, Japan, 2National Institute for Materials Science, Japan The high pressure treatment of MgB2 and the Iron-based superconductors; the way for their high Jc in practice application MORAWSKI Andrzej1, CETNER Tomasz1, DIDUSZKO Ryszard2, GAJDA Daniel3, GAJDA Grzegorz3, RINDFLEISCH Matt4, ZAESKI Andrzej5, HOSSAIN Shahriar6, YAMAMOTO Akiyasu7, CZUJKO Tomasz8, ZUCHOWSKA Emilia8, HAESSLER Wolfgang9,

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PRZYSLUPSKI Piotr10 1Institute of High Pressure Physics PAS, Poland, 2Tele and Radio Research Institute, Poland, 3International Laboratory of HMF and LT PAS, Poland, 4Hyper Tech Research, Inc, United States, 5Institute of Low Temperature and Structure Research PAS, Poland, 6University of Wollongong, Australia, 7University of Tokyo, Japan, 8Military University of Technology, Poland, 9Leibniz Institute for Solid State and Materials Research, Germany, 10Institute of Physics PAS, Poland Magnetization losses in MgB2 wire matrix material LECLERC Julien1, NYANTEH Yaw1, MASSON Philippe1 1University of Houston, United States

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AUTHOR INDEX A AARTS J. 1A-E-O1 ABATAL M. 3A-M-P-01 ABDIOGLU M. 1A-M-P-01 ABDKADER A. 3A-LS-P-07 ABDYUHANOV I. 2A-WT-P-02 ABE S. 1A-E-P-04 2A-E-P-05 ABILIO V. 2A-LS-P-06 ABIN D. 2A-WT-P-06 3A-M-P-03 3A-M-P-03 ABOUHASWA A. 3A-M-P-05 ABRAHAMSEN A. 2A-LS-P-08 ABRAIMOV D. 3M-M-O2 ABRAMIAN P. 2A-LS-P-04 ABRAMOV N. 3A-E-O2 ACAR S. 1A-M-O2 1A-M-P-05 ACHARYA N. 3M-E-O1 2A-E-P-01 ADACHI S. 2A-E-P-02 2A-E-P-02 ADAMENKOV A. 3A-WT-P-02 ADAMI O. 2A-E-P-01 ADAMIA Z. 2A-M-P-03 ADAN A. 3A-E-P-04 AFANAS'EV V. 1A-M-P-03 AFRASSA M.A. 3A-M-P-03 AGATSUMA K. 1A-LS-P-07 AGOSTINO A. 1A-M-P-01 2A-E-P-05 3A-LS-P-05 AHN D. 1A-M-P-01 AHRENS E. 2M-M-O2 AILAM E.H. 1A-LS-P-08 AINSLIE M. 3A-LS-O1 2M-M-O1 1A-M-P-01 3A-LS-P-05 3A-LS-P-07 AIRES ORTIZ W. 1A-M-P-03 AIVAZYAN A. 3A-M-P-04 AKAIKE H. 2M-E-O1 3A-E-P-04 AKAMATSU H. 3M-E-O2 AKASAKA T. 1A-M-O2 1A-LS-P-07 AKESAKA T. 2A-M-P-03 AKIMOV I. 3A-LS-P-02 AKITA M. 1A-LS-P-07 AKIYAMA Y. 3A-LS-P-06 AKSOY C. 2M-WT-O1 3M-M-O2 3A-WT-P-03 ALBRECHT J. 2A-M-O2 ALDICA G. 1A-M-P-05 2A-M-P-04 2A-M-P-04 ALEKSANDER B. 1A-LS-P-06 ALEXEI K. 2A-E-P-02 ALEXIOU A. 1A-WT-P-03 ALHASAN R. 2M-LS-O1 ALKNES P. 2M-WT-O1 3A-WT-P-05 ALLAG H. 3A-LS-P-04 ALLAIS A. 3A-LS-P-05 ALLPRESS N. 1A-LS-P-04

ALP M. 2A-M-P-04 3A-WT-P-01 ÁLVAREZ A. 1A-WT-P-02 2A-LS-P-06 ALVES M. 2A-LS-P-06 ALVES W. 1A-LS-O1 AMARO N. 2A-LS-P-03 3A-LS-P-08 AMAVEDA H. 3M-M-O2 AMBROSIO G. 2A-LS-P-02 AMELICHEV V. 3A-WT-P-02 AMEMIYA N. 1A-LS-O2 2M-LS-O2 2A-LS-P-01 2A-LS-P-03 AMORÓS J. 3A-LS-P-07 ANDERS S. 3A-E-P-03 ANDO T. 3A-LS-P-06 ANDRADE A. 3A-M-P-02 ANDRADE A.M. 3A-M-O1 ANDREJ K. 2A-LS-P-06 ANDRIEUX J. 3A-WT-P-01 ANEMONA A. 3M-WT-O1 ANERELLA M. 2A-LS-P-02 ANGELI G. 3M-LS-O2 ANGRISANI ARMENIO A. 2A-M-O1 1A-M-P-04 2A-M-P-01 2A-WT-P-01 3A-M-P-03 ANGUREL L. 3M-M-O2 3A-LS-P-03 ANNA P. 3M-M-O1 ANTAL V. 1A-M-P-02 3A-M-P-04 ANTOINE C. 3M-M-O2 ANTUNES J. 1A-LS-O1 2A-LS-P-07 ANTUNES L. 1A-WT-P-03 AOYAGI S. 2A-M-P-01 ARADA M.E.H. 2A-M-P-01 ARAI M. 2A-E-O2 ARAKI T. 1A-M-O1 ARBELAEZ D. 2A-LS-P-02 ARISAWA S. 1A-M-P-03 2A-M-P-02 ARIYOSHI S. 1A-E-P-04 3A-E-P-05 3A-E-P-05 ARNAUD J. 2A-LS-P-04 ARNDT M. 3A-E-O2 1A-E-P-03 3A-E-P-05 3A-E-P-05 ARORA R. 1A-E-P-01 ARSÉNIO P. 2A-LS-P-06 2A-LS-P-06 3A-LS-P-08 3A-LS-P-08 ASAI H. 1A-E-P-01 1A-E-P-01 ASCADE M. 3M-LS-O2 ASIKUZUN E. 1A-M-P-03 ASWARTHAM S. 2M-M-O2 ATAMERT S. 1A-WT-P-03 ATSUSHI I. 1A-M-O2 ATSUSHI S. 2A-E-P-04 ATTANASIO C. 2A-M-O2 ATTARD A. 1A-LS-P-04 AUBERT G. 1A-LS-O2 AUBIN V. 3A-WT-P-05 AUDU A. 3A-LS-P-08 AUGIERI A. 2A-M-O1 2A-M-O2 3M-WT-O1

154

1A-M-P-04 2A-M-P-01 2A-M-P-02 2A-WT-P-01 3A-M-P-03 AUGUSTO P. 2A-LS-P-05 2A-LS-P-05 3A-LS-P-05 3A-LS-P-05 3A-LS-P-06 3A-LS-P-06 AUYEUNG R. 1A-WT-P-05 AVCI I. 2A-E-P-05 AVDEEV M. 3A-E-P-04 AVDIENKO A. 3A-WT-P-02 AVELLA A. 3A-M-P-03 AVERKIN A. 1A-E-P-02 AVITABILE F. 2A-M-P-02 3A-M-P-03 AWAJI S. 1A-LS-O2 3M-LS-O1 3A-M-O1 3A-M-O1 3M-M-O1 3M-M-O1 1A-M-P-02 2A-WT-P-02 3A-LS-P-05 3A-M-P-04 AYALA C. 2M-E-O1 3A-E-P-01 AYRANCI I. 1A-WT-P-03 AYUKAWA S.Y. 2A-E-P-05 AZUMA C. 1A-E-P-03 AZZOUZA A. 3A-LS-P-04

B BABA J. 2A-LS-P-06 BABU N.H. 1A-M-O2 BÄCKER M. 2A-M-P-01 2A-WT-P-06 BADCOCK R. 3M-LS-O1 2A-WT-P-03 BADEL A. 1A-LS-O1 2M-LS-O2 1A-LS-P-01 1A-LS-P-06 3A-LS-P-01 3A-LS-P-05 BADICA P. 1A-M-P-03 1A-M-P-05 1A-M-P-05 2A-M-P-04 BADONI D. 2A-E-P-03 BAE J. 3A-E-P-05 BAECKER M. 3A-WT-P-02 BAEK B. 2A-E-O1 BAEUML K. 3A-LS-P-08 BAGHDADI M. 2A-LS-P-03 BAGHDASARYAN V. 3A-M-P-04 BAGNI T. 1A-LS-P-05 3A-LS-P-02 BAGRETS N. 3M-WT-O1 1A-LS-P-03 1A-LS-P-03 BAI C. 1A-WT-P-01 BAILEY W. 1A-LS-P-04 2A-LS-P-08 BAJAS H. 3M-LS-O1 2A-LS-P-02 BAKARE F. 3A-M-P-02 BAKURSKIY S. 3A-E-P-04 BALABAN D. 3A-E-P-03 BALDAN C. 2A-LS-P-06 2A-LS-P-06 2A-LS-P-08 BALL S. 1A-LS-P-05 BALLARINO A. 1A-LS-O1 2A-M-O2 2M-WT-O1 3M-M-O2 1A-LS-P-07 1A-WT-P-05 2A-LS-P-05 3A-M-P-01 3A-WT-P-01 3A-WT-P-02 3A-WT-P-05 BAN E. 1A-WT-P-04 2A-M-P-01 2A-M-P-03 BANKSON J. 2A-LS-P-01 BANNO N. 3M-WT-O1 BARANOV N. 3A-M-P-05

BARANOVA E. 1A-LS-P-05 BARBER Z. 2A-E-P-01 BARBOSA D. 2A-LS-P-05 3A-LS-P-05 3A-LS-P-06 BARONE C. 2A-M-O2 BARONY M. 1A-LS-O1 BARROSO P. 3A-LS-P-08 BARTEK G. 3A-LS-P-05 BARTH C. 3A-WT-O1 BARTOLOMÉ E. 3M-M-O1 BARUSCO P. 1A-WT-P-04 BARZI E. 1A-M-O2 BASKO D. 2A-E-P-01 BASKYS A. 1A-WT-P-03 2A-WT-P-06 3A-LS-P-04 3A-LS-P-05 BASTIDON N. 3M-E-O2 BATALU D. 2A-M-P-04 BATENI A. 1A-M-P-05 BATRAKOV A. 1A-M-P-03 BAUER C. 1A-LS-P-03 BAUER M. 1A-WT-P-04 2A-WT-P-01 BAUMGARTNER T. 1A-M-P-01 BAUMIER C. 3M-M-O2 BÄUML K. 3A-WT-P-03 BAUST A. 2A-E-O2 BAYER C. 3M-WT-O1 BAYLISS V. 3A-WT-P-03 BECHSTEIN S. 2M-E-O2 3A-E-P-03 BECK A. 1A-M-P-02 BEDUZ C. 1A-LS-P-04 2A-LS-P-08 BEEMSTERBOER C. 1A-LS-P-05 BEHR R. 2A-E-O1 BÉLIER B. 2A-E-P-05 BELITSKY V. 1A-M-P-03 BELLINGERI E. 3A-M-O1 2A-M-P-02 3A-M-P-02 BELOGOLOVSKII M. 1A-M-O2 2A-E-O1 1A-M-P-01 2A-E-P-05 BELOGOLOVSKIY M. 1A-M-O2 BELORGEY J. 2A-LS-P-01 BEMERT S. 2A-LS-P-07 BENDELIANI B. 1A-M-P-03 3A-M-P-05 BENDEN C. 3A-E-P-03 BENDING S. 2A-E-O2 BENKEL T. 1A-LS-P-06 3A-LS-P-01 BENNEWITZ J. 2A-M-P-01 3A-WT-P-02 BENZ S. 2A-E-O1 2M-E-O1 2A-E-P-05 BERDIYOROV G. 3A-M-P-02 BERG B. 3A-E-P-05 BERGEAL N. 1A-E-P-01 2A-E-P-05 3A-E-P-03 BERGELT P. 2A-M-O1 BERGER A. 3A-LS-P-07 3A-LS-P-07 BERGER D. 3A-LS-P-07 BERGER K. 1A-M-O2 2M-LS-O1 1A-LS-P-07 1A-M-P-01 1A-M-P-05 2A-LS-P-03 2A-LS-P-08 3A-LS-P-06 BERGGREN K. 1A-E-O1 3A-E-P-04

155

BERGGREN S. 2M-E-O2 BERNINI C. 1A-M-O2 BERNSTEIN P. 1A-M-O2 1A-M-P-01 2A-WT-P-06 3A-M-P-03 BERREDO A. 1A-LS-O1 BERRIAUD C. 3M-WT-O1 BERTET P. 3A-E-P-05 BERTINATO A. 3A-LS-P-08 BESI VETRELLA U. 3A-M-P-01 BESSETTE D. 2A-LS-P-03 BETZ U. 1A-WT-O1 3A-WT-P-02 BETZENBICHLER M. 2A-E-O2 BEVILACQUA S. 3A-E-O2 BEYER A. 1A-E-O1 BHADORI R. 2A-LS-P-04 BHAGURKAR A. 1A-M-O2 BHOWMICK B.D. 1A-LS-P-02 BIAN Y. 3M-E-O1 BIANCHETTI M. 1A-M-O1 2A-M-O1 2A-M-P-02 BIASOTTI M. 3A-E-O2 BIRD M. 2M-LS-O2 BISHAEV A. 1A-WT-P-04 3A-LS-P-04 BISWAS S. 3A-LS-P-05 BIZEL-BIZELLOT L. 1A-LS-P-04 BJOERSTAD R. 3M-M-O2 3A-WT-P-05 BLAMIRE M. 1A-M-P-01 BLAZ M. 1A-LS-P-03 BLEDNOV A. 3A-WT-P-02 BLEILE A. 3M-LS-O1 BO Z. 2A-E-P-04 BOARINO L. 2A-E-P-05 2A-M-P-03 BOCCHI M. 3M-LS-O2 BOCKHORST K. 2A-LS-P-01 BOLKHOVSKY V. 2A-E-O1 2A-E-P-03 BONDARCHUK E. 2A-LS-P-05 BONIFETTO R. 3A-LS-O3 BONIN R. 1A-LS-P-03 1A-LS-P-03 BONINO V. 3A-LS-P-05 BONNARD C.H. 3M-LS-O2 1A-M-P-01 3A-LS-P-08 BONNAY P. 1A-LS-P-04 BONOMETTI E. 1A-M-P-01 3A-LS-P-05 BONURA M. 2A-WT-O1 3A-WT-O1 BORDIER G. 2A-E-P-05 BORDINI B. 2M-WT-O1 2A-LS-P-03 3A-WT-P-05 BORFECCHIA E. 2A-E-P-05 BORGNOLUTTI F. 1A-LS-P-06 2A-LS-P-02 BORODIANSKA H. 1A-M-P-05 BOSQUE E. 2A-LS-O2 2M-LS-O2 3A-LS-P-01 BOSSERT R. 2A-LS-P-02 BOSWORTH D. 2A-E-P-01 BOTTURA L. 2M-LS-O2 2A-M-O2 2M-WT-O1 3M-M-O2 3M-WT-O1 2A-LS-P-03 2A-LS-P-05 3A-M-P-01 3A-WT-P-01 3A-WT-P-02

BOUILLAULT F. 2A-LS-O2 3A-LS-P-05 BOULOUKAKIS K. 2A-WT-P-03 3A-LS-P-01 BOUSSAHA F. 3M-E-O1 BOVONE G. 1A-M-O2 BOYLE C. 1A-LS-P-04 BOZBEY A. 3M-E-O2 2A-E-P-03 3A-E-P-03 3A-E-P-05 3A-E-P-05 BRACANOVIC D. 2A-LS-P-01 BRACCINI V. 2A-WT-O1 BRADSHAW T. 3A-WT-P-03 BRAGAGNI A. 3M-WT-O1 BRAGINSKI A. 1A-E-P-04 BRAHMACHARY P. 1A-LS-P-01 1A-LS-P-02 BRANCH P. 3A-WT-O1 BRANCO L. 3A-M-P-01 BRANCO P. 2A-LS-P-04 3A-LS-P-04 3A-LS-P-07 BRANDT E. 3A-M-P-02 BRANJE P. 1A-LS-P-04 BRAZ DA SILVA F. 2A-LS-P-08 BREDY P. 2A-LS-P-01 BRESCHI M. 2A-LS-O2 3A-LS-P-03 BRETHEAU L. 3A-E-P-05 BREY W. 2M-LS-O2 1A-E-P-01 2A-E-P-04 BRIATICO J. 2A-E-P-05 BRINATTI A. 3A-M-P-04 BRISIGOTTI S. 1A-WT-O1 1A-WT-P-03 BRITO A. 1A-LS-O1 BRITTLES G. 3A-WT-P-03 BROMBERG L. 1A-LS-P-01 1A-WT-P-05 BROMMER V. 1A-LS-P-01 BROUWER L. 2A-LS-P-02 BROWN J. 1A-LS-O2 BROWNSEY P. 1A-WT-O1 BRUIJN M. 3M-E-O2 BRUNNER B. 1A-WT-P-03 3A-WT-P-05 BRÜSTLE R. 1A-LS-P-03 BRUZEK C.E. 1A-LS-O1 2A-LS-O2 2A-WT-P-03 3A-LS-P-05 BRUZZONE P. 3A-LS-O1 3A-LS-O3 2A-LS-P-05 2A-WT-P-03 3A-LS-P-03 BRZAKALIK R. 1A-LS-P-05 BUBANJA V. 2A-E-P-05 BUEHLER M. 1A-WT-P-05 BUEHLER S. 2A-E-O1 BUFFIERE J.Y. 2M-WT-O1 2A-WT-P-03 BUISSON O. 2A-E-O2 3A-E-P-04 3A-E-P-05 BULKA B. 3A-E-P-02 BUNYK P. 2A-E-P-03 BURDETTE C. 1A-E-P-03 BURDUSEL M. 1A-M-P-05 1A-M-P-05 BURGHOFF M. 1A-E-P-04 BURIN A. 2A-E-O2 2A-E-P-01 BURNELL G. 2A-E-O2 BURNETT J. 2A-E-P-01 3A-E-P-04 BURROUGHS C. 2M-E-O1

156

BURSIKOV A. 1A-LS-P-05 BUSH A. 1A-WT-P-04 3A-LS-P-04 BUSSMANN-HOLDER A. 1A-M-P-01 BUTENKO A. 2A-LS-P-02 BYEONG-SOO G. 3A-LS-P-09 BYKOVSKY N. 3A-LS-O3 2A-LS-P-05

C CABOSART D. 2A-E-P-01 CAGLIERIS F. 2M-M-O2 CAI C. 1A-WT-P-01 CAI X. 1A-WT-O1 CALERO J. 2A-LS-P-04 CALLEJA A. 2A-M-O2 3A-M-O1 3A-WT-O1 2A-WT-P-01 2A-WT-P-04 2A-WT-P-06 CALVI M. 1A-LS-O2 CALZOLAIO C. 1A-LS-O2 CAMMILLERI D. 2A-E-P-05 CAMPBELL A. 2M-M-O1 CAMPBELL N. 1A-M-P-02 CANTOR R. 3A-E-P-05 CAO J. 1A-WT-O1 CAPELLUTO A. 3M-LS-O1 CAPLANNE G. 3M-WT-O1 CAPUCHO I. 2A-LS-P-06 CAPUTO J.G. 1A-M-P-01 CARA E. 2A-E-P-05 CARAPELLA G. 2A-M-P-03 CARDEIRA C. 3A-LS-P-04 CARDWELL D. 1A-M-O2 2M-M-O1 1A-M-P-01 3A-LS-P-07 3A-M-P-01 3A-M-P-04 CARMO D. 3A-M-P-02 CARNES T. 1A-M-P-05 CARPENTER K. 3A-M-P-02 CARPENTER M. 3A-E-P-05 CARRERA M. 2A-LS-P-04 2A-WT-P-05 3A-LS-P-07 CARTER W. 3A-WT-P-01 CARVALHO JR E. 1A-LS-O1 CASABURI A. 1A-E-O1 CASALI M. 2A-LS-O2 3A-LS-P-03 CASPI S. 2A-LS-P-02 CASSIAGO C. 2A-M-P-03 CASTAÑO VERDE J. 3A-M-P-01 3A-M-P-03 CASTELLO-BRANCO L. 2A-LS-P-07 CASTELO-BRANCO L. 1A-LS-O1 CASTELO-GRANDE T. 2A-LS-P-05 3A-LS-P-05 3A-LS-P-06 CATARINO I. 2A-LS-P-03 CAUGHLEY A. 1A-LS-P-04 CAYADO P. 1A-M-O1 2A-M-O1 3M-M-O1 2A-M-P-01 CEBALLOS J.M. 1A-WT-P-02 2A-LS-P-03 CEBALLOS VELASCO J. 3M-LS-O1 CELENTANO G. 3A-LS-O1 2A-M-O1 2A-M-O2 3M-WT-O1 1A-M-P-04 2A-LS-P-03 2A-LS-P-08 2A-M-P-01 2A-M-P-02 2A-WT-P-01

3A-M-P-03 CELIK C. 3A-E-P-03 CERBU D. 2A-E-P-01 CERIALE V. 3A-E-O2 CERUTTI F. 2A-M-O2 CETNER T. 2A-WT-O1 1A-WT-P-03 2A-M-P-04 3A-WT-P-05 CHADEBEC O. 3A-LS-P-05 CHAI J.E. 3A-LS-P-05 3A-LS-P-08 CHAMRITSKI V. 1A-LS-P-06 CHAN W.K. 3A-LS-P-03 3A-M-P-01 CHANG K. 3A-E-P-03 CHANG-YOUNG L. 3A-LS-P-04 CHAO D. 3A-WT-P-05 CHAPELIER C. 2A-E-P-01 CHAPPELL S. 1A-LS-P-05 CHARAEV I. 2A-E-O2 1A-E-P-03 CHARFI-KADDOUR S. 1A-WT-P-01 CHARIPAR K. 1A-WT-P-05 CHARMAS B. 2A-LS-P-04 CHASE J. 1A-WT-O1 CHAUBAL M. 3A-WT-P-01 CHAUD X. 1A-LS-P-06 2A-WT-P-06 3A-LS-P-01 CHAUMONT C. 3M-E-O1 CHEGGOUR N. 2A-M-O2 CHEKHONIN P. 2M-M-O2 1A-WT-P-01 CHEMIKALA P.R. 1A-LS-P-07 2A-LS-P-04 CHEN H. 2A-E-P-02 3A-LS-P-07 CHEN I. 3A-M-P-05 CHEN J. 1A-E-O1 1A-M-P-03 CHEN L. 2A-E-P-02 3A-LS-P-08 CHEN P. 2A-LS-O2 2M-LS-O2 2A-WT-O1 3A-WT-P-03 CHEN R. 3A-LS-P-07 CHEN S.D. 2A-LS-P-02 CHEN X.Y. 2A-LS-P-06 CHEN Y. 1A-LS-P-05 2A-E-P-01 3A-M-P-05 3A-M-P-05 CHENG D. 2A-LS-P-02 CHENGSHAN L. 3M-M-O2 CHEPIKOV V. 3A-WT-P-02 CHEREDNICHENKO S. 3A-E-O2 CHERIF C. 3A-LS-P-07 CHERNIKOV A. 1A-LS-P-06 CHERNYASHEVSKYY O. 3A-E-P-04 CHERNYKH I. 2A-M-P-01 2A-M-P-01 CHERNYKH M. 2A-M-P-01 CHERPAK N.(. 1A-E-P-01 CHERVYAKOV A. 1A-LS-O1 2A-LS-P-07 CHESNY D. 3A-LS-P-04 CHIANG C.A. 2A-LS-P-02 CHIARA P. 1A-E-P-03 CHIEH J.J. 1A-E-P-04 CHIKUMOTO N. 1A-LS-P-04 1A-LS-P-07 2A-LS-P-07 CHIN-WEI L. 1A-E-P-02 CHIODI F. 2A-E-O1

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CHIPOULINE A. 2A-E-O2 CHIU-HSIEN W. 1A-E-P-02 CHLACHIDZE G. 2A-LS-P-02 CHO J. 1A-LS-P-07 CHOI H.S. 3A-LS-P-05 3A-LS-P-08 CHOI I.M. 2A-E-P-02 CHOI J.H. 2A-E-P-02 CHOI K. 1A-LS-P-01 1A-LS-P-06 2A-LS-P-03 3A-LS-P-01 CHOI S. 1A-LS-P-02 CHOI Y.S. 1A-LS-P-07 CHOO K.N. 2A-M-P-04 CHOUHAN S. 2A-LS-P-02 CHROMIK Š. 2A-M-P-03 CHU G. 2M-LS-O1 1A-LS-P-08 CHU Y. 3A-LS-P-01 CHUKHARKIN M. 2A-E-P-02 CHUNG J. 1A-WT-O1 CHUNG Y.D. 1A-LS-P-01 3A-LS-P-01 CHURKIN O. 3A-M-P-02 CHWALA A. 3A-E-P-03 CIANCIO R. 2A-M-P-03 CIAZYNSKI D. 3A-LS-O1 2A-LS-O2 2M-WT-O1 CICERON J. 1A-LS-O1 1A-LS-P-01 CIONTEA L. 2A-M-P-01 2A-M-P-02 2A-WT-P-04 3A-M-P-03 CIRILLO C. 2A-M-O2 CIRILLO M. 2A-E-P-03 CITRO R. 2A-M-P-02 CIULLO G. 3A-LS-P-01 CIVALE L. 1A-M-O1 2A-M-O1 CLAASSEN J. 1A-WT-P-05 CLARK D. 2A-E-P-02 CLARKE N. 1A-LS-O2 CLAUDIA F. 1A-M-P-01 CLAYTON N. 1A-LS-P-05 CLIULLO G. 1A-WT-P-02 COLAUTO F. 2A-M-O2 3A-M-O1 1A-M-P-03 3A-M-P-02 COLEMAN M. 3A-LS-O3 COLL M. 2A-M-O1 3M-M-O1 2A-M-P-01 COLLINGS T. 1A-WT-O1 COLLOT R. 2A-E-P-03 COMMISSO M. 2M-WT-O1 2A-WT-P-03 CONDE-GALLARDO A. 1A-M-P-02 CONDER K. 1A-M-P-01 CONSTANTINIAN K. 3A-E-P-04 CONTALBRIGO M. 3A-LS-P-01 CONTARINO D. 2A-WT-O1 CONTRERAS-CORONA N. 3A-LS-P-03 COOMBS T. 1A-LS-P-06 2A-LS-P-03 2A-LS-P-04 3A-LS-P-08 COOMBS T.A. 2A-LS-P-03 COOPER J. 2A-E-O2 CORATO V. 3A-M-P-01 CORRALES-MENDOZA I. 1A-M-P-02 CORSINI D. 3A-E-O2

COSTA F. 3A-LS-P-04 COSTA L. 1A-LS-O1 COSTA R. 3A-M-P-04 COULOMBE J. 2M-WT-O1 COUMOU P.J. 2A-E-P-01 COURTOIS H. 2A-E-O2 1A-E-P-04 2A-E-P-01 2A-E-P-05 3A-LS-P-05 CRÉTÉ D. 3A-E-P-03 CREUSOT C. 3A-LS-P-08 CRISTIANO R. 3A-E-P-05 CROSS T. 2M-LS-O2 CRUCIANI A. 3A-E-P-05 CUBEDA V. 1A-WT-O1 1A-WT-P-03 CUI J. 3M-LS-O2 2A-LS-P-06 CUI Y. 3A-M-P-05 CULICOV O. 1A-LS-P-06 CUNEO S. 3M-LS-O1 CUNNANE D. 3M-E-O1 2A-E-P-01 CUNNINGHAM P.S. 2A-E-O2 CUPPENS J. 2A-M-O2 CURRAN P. 2A-E-O2 CZERWINSKI D. 2A-LS-P-04 CZUJKO T. 2A-WT-O1 3A-WT-P-05

D D'ORTENZI L. 2A-E-P-05 2A-M-P-03 DA SILVA L. 1A-WT-P-03 2A-M-P-04 DAG W. 2A-E-P-02 DAI Q. 1A-LS-P-06 DAIBO M. 3M-LS-O1 1A-LS-P-02 DAMBORSKY K. 1A-WT-O1 DANCAUSA VICENT J. 3A-M-P-01 DANE A. 1A-E-O1 DANIEL D. 2A-LS-O2 DATSKOV V. 3M-LS-O1 3A-LS-P-02 DAVEY K. 3A-M-P-02 DAVIS D. 2M-LS-O2 3A-LS-P-01 DE ANDRADE JR R. 2A-LS-P-04 DE ANDRADE JR. R. 1A-LS-P-02 3A-LS-P-04 DE ANDRADE JUNIOR R. 1A-WT-P-04 3A-LS-P-04 DE ANDRADE M. 2M-E-O2 DE BRUYN B. 2A-LS-P-08 DE CECCO A. 2A-E-P-05 DE DOOD M. 1A-E-O1 1A-E-P-03 3A-E-P-05 DE GERONE M. 3A-E-O2 DE KEUKELEERE K. 1A-M-O1 2A-M-P-01 DE LA FUENTE G. 3M-M-O2 3A-LS-P-03 DE LÉO A. 3A-M-P-04 DE LEO N. 2A-E-O1 2M-E-O2 2A-E-P-05 2A-M-P-03 DE MARZI G. 3M-WT-O1 3A-M-P-01 DE ROO J. 1A-M-O1 2A-M-P-01 DE SOUSA W.T. 2A-LS-P-04 DÉBARRE D. 2A-E-O1

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DEBOIS S. 2M-M-O1 DEBRAY F. 1A-LS-P-06 DEGARDIN A. 2A-E-P-01 DEGTYARENKO P. 3A-M-P-01 3A-WT-P-02 DELAMARE R. 2A-E-P-01 DELAYEN J. 1A-M-P-03 DELFANAZARI K. 1A-E-P-01 DELLA CORTE A. 3A-LS-O1 2M-WT-O1 3M-WT-O1 DELMDAHL R. 3A-WT-P-02 DELSOL B. 3A-E-P-04 DEMENCIK E. 3A-WT-P-04 3A-WT-P-04 1A-WT-P-05 DEN HARTOG R. 3M-E-O2 DENG C. 3A-LS-P-08 DENG S. 1A-M-P-03 2A-WT-P-04 DENG X. 1A-LS-P-06 2A-LS-P-01 DENG Z. 3A-LS-P-04 DENNIS A. 1A-M-O2 2M-M-O1 1A-M-P-01 3A-M-P-01 3A-M-P-04 DENNIS T. 2M-M-O1 3A-LS-P-07 DEPPE F. 2A-E-O2 DERYAGINA I. 2A-WT-P-02 DESMARIS V. 1A-M-P-03 DEVRED A. 1A-LS-P-04 1A-LS-P-05 2A-LS-P-03 2A-WT-P-03 3A-LS-P-02 DEZHIN D. 2A-LS-P-08 3A-LS-P-09 DGEBUADZE G. 1A-M-P-03 3A-M-P-05 DHALLÉ M. 2M-LS-O2 2M-WT-O1 1A-WT-P-05 2A-WT-P-03 DI BORGO E. 3A-E-P-03 DI GENNARO E. 3A-E-O1 DI MICHIEL M. 3A-WT-P-01 DI ZENOBIO A. 3M-WT-O1 DIAS D. 1A-LS-P-02 2A-LS-P-05 3A-LS-P-04 DIAS F. 3A-M-P-02 DICUONZO O. 3A-LS-O3 DIDIER G. 3M-LS-O2 1A-LS-P-02 3A-LS-P-08 DIDUSZKO R. 2A-M-P-04 3A-WT-P-05 DIETDERICH D. 2A-LS-P-02 DIETRICH R. 1A-WT-O1 1A-LS-P-04 3A-WT-P-02 DIJKSTRA M. 1A-LS-P-05 3A-LS-P-02 DIKO P. 1A-M-O2 1A-M-P-02 3A-M-P-04 DILASSER G. 3A-E-P-02 DIMARCO J. 2A-LS-P-02 DING F. 1A-M-P-04 DING K. 1A-LS-P-04 2A-LS-P-05 DINH M.C. 3A-LS-O2 DINH S. 2M-E-O2 DITTMAR N. 1A-LS-O1 DIVIN Y. 3M-E-O1 DIVOCHIY A. 1A-E-P-03 DOBRIN A. 1A-LS-P-06 DOBRIN I. 1A-LS-P-06 DOBRO�KA E. 2A-M-P-03

DOBROVOLSKIY O. 3M-E-O1 DOCHOW S. 3M-E-O2 DOERNER S. 1A-E-O1 DOERRER C. 3A-WT-P-01 DOI T. 3A-WT-O1 2A-M-P-01 2A-WT-P-01 DOLATA R. 1A-E-P-03 DOLISY B. 2A-LS-P-08 DOLL D. 1A-WT-O1 DOMAE A. 2M-E-O1 DOMANSKI T. 3A-E-P-02 DOMINJON A. 3A-E-P-05 DONATI A. 2A-LS-P-01 DONDAPATI R. 2A-LS-P-04 DONDAPATI R.S. 2A-LS-O2 1A-LS-P-07 DONG C. 1A-M-P-02 DONG Z. 1A-M-P-04 DONG-GWANG H. 2A-E-P-01 DÖRING S. 3A-E-P-04 DOROFEEV G. 2A-LS-P-02 3A-M-P-02 DOSTA S. 3A-LS-P-03 DOUINE B. 1A-M-O2 2M-LS-O1 3M-LS-O2 1A-LS-P-02 1A-M-P-01 1A-M-P-05 2A-LS-P-03 2A-LS-P-08 3A-LS-P-06 DOVAL GARCIA J. 3A-M-P-01 3A-M-P-03 DRANNIKOV A. 1A-WT-P-04 DRECHSLER S.L. 2M-M-O2 DRESSELHAUS P. 2A-E-O1 2M-E-O1 2A-E-P-05 DRIENOVSKÝ M. 3A-WT-P-03 DRIESSEN E. 1A-E-O1 2A-E-P-01 DRISCOLL J. 1A-M-O1 DROBIN V. 2A-LS-P-02 3A-M-P-02 DU B. 1A-LS-P-03 DU H.I. 2A-LS-P-05 DU J. 2M-E-O2 3M-E-O1 DU Q. 1A-LS-P-04 DU S. 1A-WT-P-05 DUARTE E. 2A-M-P-02 DUBENSKY A. 3A-LS-P-09 DUBOIS F. 3M-LS-O1 DUBOIS O. 2A-LS-P-01 DUDAREV A. 3A-LS-O3 1A-LS-P-05 1A-WT-P-05 DUMUR E. 2A-E-O2 3A-E-P-04 3A-E-P-05 DUNIN-BORKOWSKI R. 2M-E-O2 DUPONR L. 1A-M-P-01 DUPONT L. 3A-M-P-03 DURANDETTO P. 2A-E-P-03 2A-E-P-05 DURANTE M. 3A-LS-P-01 DURELL J. 1A-M-O2 DURRELL J. 2M-M-O1 2M-M-O1 3A-M-P-01 3A-M-P-04 DUTOIT B. 2M-WT-O1 3M-LS-O2 3A-LS-P-08 DUVAUCHELLE J.E. 2A-E-O1 2A-E-O2 DZANASHVILI D. 2A-M-P-03

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E EASTHAM F. 3A-LS-O2 ECKHARDT C. 2A-WT-P-05 EDER P. 2A-E-O2 EDISON A. 1A-E-P-01 2A-E-P-04 EDUARD Y. 2M-LS-O2 EFREMOV D. 2M-M-O2 EGAN R. 2A-LS-P-05 EGELING B. 2A-E-O1 EHMLER H. 3A-LS-P-02 EISAKI H. 2M-M-O2 3A-M-O1 2A-M-P-03 3A-M-P-05 EISTERER M. 1A-M-O1 1A-M-O2 2A-M-O1 3A-M-O1 1A-M-P-01 1A-M-P-05 1A-WT-P-01 2A-WT-P-05 3A-M-P-03 EJRNAES M. 3A-E-P-05 ELEY S. 2A-M-O1 ELOUSSIFI H. 2A-M-O2 ELSCHNER S. 1A-LS-P-07 EMANUELE T. 1A-E-P-03 EMERY N. 1A-LS-P-04 EMMANUELE R. 2A-LS-P-02 ENCULESCU M. 1A-M-P-05 2A-M-P-04 ENDO K. 1A-M-P-03 ENDOH S. 2A-WT-P-02 ENGEL A. 1A-E-P-03 3A-E-P-05 3A-E-P-05 ENGELMANN J. 3A-M-O1 ENGLISH C. 2M-LS-O2 ENPUKU K. 3A-E-O1 ENRICO E. 2A-E-P-05 EOM C.B. 1A-M-P-02 1A-M-P-03 ERANDA K. 3A-M-P-03 ERBE M. 2M-M-O2 ERDEM E. 1A-M-P-05 EREMEEV G. 1A-M-P-03 ERMAKOV A. 3A-E-O2 ERTEKIN E. 3A-LS-O2 1A-LS-P-02 1A-M-P-05 3A-M-P-04 ESCAMEZ G. 3A-LS-P-05 3A-LS-P-05 ESCHRIG M. 2A-E-O2 ESMAEILI M. 1A-E-P-03 2A-E-P-01 ESPOSITO E. 3A-E-O1 ESPOSITO L.S. 2A-M-O2 ESPY M. 3A-E-O1 2A-E-P-02 ESQUINAZI P. 3A-M-P-02 ESTEVE D. 3A-E-P-05 ESTEVEZ A. 2A-LS-P-05 3A-LS-P-05 3A-LS-P-06 EUGENIO M. 1A-E-P-03 EUN KYUNG Y. 1A-WT-P-04

F FABBRI F. 3M-WT-O1 1A-M-P-04 2A-WT-P-01 3A-M-P-03 FABIAN C. 2M-LS-O1 1A-LS-P-08 FAGALY R. 2M-E-O2 FAGNARD J.F. 2M-M-O1 1A-M-P-01 2A-LS-

P-05 3A-LS-P-06 3A-M-P-03 FAIR R. 2A-WT-P-03 FAIZ M. 1A-M-P-05 FAJONI F. 2A-LS-P-06 FALEY M. 2M-E-O2 FALORIO I. 2M-LS-O2 2M-WT-O1 3M-LS-O1 2A-M-P-02 FALTER M. 3A-WT-P-02 FAMAKINWA T. 2A-WT-P-03 3A-WT-P-01 FANG S. 1A-LS-P-08 3A-LS-P-09 FANTHOME J. 1A-LS-P-05 FARBER E. 2A-E-P-04 FARDMANESH M. 1A-E-P-03 1A-E-P-04 1A-E-P-04 2A-E-P-01 2A-E-P-03 3A-E-P-03 FAREK J. 1A-LS-P-05 FARINELA G. 3A-M-P-02 FARJAS J. 1A-M-O1 2A-M-O1 2A-M-O2 1A-M-P-04 FAVERZANI M. 3A-E-O2 FAZILLEAU P. 3M-WT-O1 1A-LS-P-06 1A-LS-P-06 3A-E-P-02 3A-LS-P-01 FEBVRE P. 2A-E-O1 2A-E-P-03 3A-E-P-03 FEDOROV K. 2A-E-O2 FEDOSEEV S. 2A-M-P-02 3A-M-P-03 FEE M. 1A-LS-P-06 FEENSTRA R. 2A-M-P-01 3A-WT-P-02 FELDER R. 1A-LS-P-05 FELICE H. 2A-LS-P-02 FÉLIX AVILES L. 2A-E-P-05 FENG F. 1A-LS-P-01 1A-M-P-04 2A-M-P-01 2A-WT-P-04 2A-WT-P-04 FENG H. 1A-LS-P-04 2A-LS-P-05 FENG J. 1A-M-P-04 3A-WT-P-05 FENG Q. 2A-E-P-05 FENG Y. 1A-WT-P-05 2A-WT-P-02 FENTON J. 2A-E-P-01 3A-E-P-04 FEOFANOV A. 2A-E-O2 FERDEGHINI C. 2A-WT-O1 3A-M-O1 2A-M-P-02 3A-M-P-02 FERET A. 3M-E-O1 FERNANDES J. 3A-LS-P-04 FERRACIN P. 2A-LS-P-02 FERREIRA A.C. 1A-WT-P-04 FÊTE A. 2A-M-P-01 FETISOV S. 3A-LS-O1 1A-WT-P-04 2A-LS-P-07 FEUILLET-PALMA C. 2A-E-P-05 FEVBRE P. 1A-E-P-01 2A-E-P-05 FIAMOZZI ZIGNANI C. 3A-M-P-01 FIELD M. 1A-WT-O1 FILIPPENKO L. 1A-E-P-02 FILLION G. 3A-M-P-02 FINK S. 1A-LS-P-03 1A-LS-P-03 FIORANI D. 3A-E-O1 FIORE A. 1A-E-O1 3A-E-P-05 FIRSOV V. 2A-LS-P-08 3A-LS-P-07 FISCHER D. 2A-WT-P-05 FISCHER E. 3M-LS-O1

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FISCHER M. 2A-E-O2 FLAMINIA R. 1A-M-P-04 FLANAGAN G. 3A-LS-P-03 FLEITER J. 1A-WT-P-05 FLESHLER S. 1A-M-O1 2A-M-O1 FLOEGEL- DELOR U. 2A-WT-P-04 3A-LS-P-04 FLOKSTRA M. 2A-E-O2 FLOWERS-JACOBS N. 2M-E-O1 FLUKIGER R. 2A-M-O2 FLUKIGER R.L.J. 3A-M-P-01 FOLEY C. 2M-E-O2 FONSECA B. 3A-LS-P-04 FONTES M. 3A-M-P-04 FOREMAN J. 1A-E-P-03 FOREST F. 1A-LS-O1 1A-LS-P-01 FOROUGHI F. 2A-E-P-03 FORTES M. 1A-LS-P-02 FORTON E. 3M-LS-O1 1A-LS-P-01 FORTUNA F. 3M-M-O2 FOUAIDY M. 3M-LS-O1 FOURIE C. 2M-E-O1 3A-E-P-01 FOURNIER T. 1A-E-P-04 FOX A. 2M-E-O1 FRANCHETEAU A. 2A-E-O1 FRETTO M. 2A-E-O1 2M-E-O2 2A-E-P-03 2A-E-P-05 2A-E-P-05 2A-M-P-03 FRIEDMAN A. 1A-LS-P-01 FRITZ J. 2M-WT-O1 FRITZCHE J. 2A-M-O2 FROLEK L. 2A-LS-P-05 FROLOVA A. 3M-M-O1 2A-M-P-01 3A-M-P-03 FRYDMAN L. 2M-LS-O2 FU L. 1A-LS-P-06 1A-LS-P-06 2A-LS-P-03 FUCHS D. 1A-M-P-02 FUCHS G. 3A-LS-P-07 FUGER R. 2M-LS-O1 1A-LS-P-08 FUHRMANN U. 1A-LS-P-03 FUJIKAWA S. 1A-LS-O1 FUJIMAKI A. 2A-E-O2 2M-E-O1 3M-E-O2 3A-E-P-04 3A-E-P-05 FUJIOKA M. 2M-M-O2 FUJISHIRO H. 1A-M-P-01 3A-LS-P-05 3A-LS-P-07 FUJITA S. 1A-WT-O1 FUKE H. 1A-M-O1 FUKUDA M. 1A-LS-P-06 2A-LS-P-01 FUKUI S. 1A-M-P-01 3A-LS-P-03 3A-LS-P-06 FUKUMOTO Y. 1A-LS-P-07 FUKUSHIMA T. 1A-WT-O1 FUKUYAMA H. 2A-LS-P-01 FUKUYAMA Y. 2M-E-O1 FUNAKI S. 1A-M-P-04 2A-M-P-01 3A-M-P-04 FURUKAWA N. 3A-E-O2 FURUKI M. 3A-WT-P-01

G GABARD A. 1A-LS-P-05 GABOR M. 2A-M-P-01 2A-M-P-02 2A-WT-P-04 GABUNIA V. 1A-M-P-03 3A-M-P-05 GADEKULA R.K. 1A-LS-P-07 GADOT F. 2A-E-P-05 GAFFET S. 3A-E-P-03 GAIA G. 3A-M-P-01 GAJDA D. 2A-WT-O1 2A-M-P-04 3A-WT-P-05 GAJDA G. 2A-WT-O1 2A-M-P-04 3A-WT-P-05 GALDI A. 2A-M-O2 GALLUZZI V. 2A-M-O1 1A-M-P-04 2A-M-P-01 2A-WT-P-01 GALSTYAN E. 1A-WT-O1 GAN Z. 2A-E-P-05 GAO H. 3A-E-P-04 GAO J.R. 3M-E-O2 GAO P. 2M-LS-O2 2M-WT-O1 2A-WT-P-03 GAO Z. 2M-M-O2 GARCIA E. 3A-M-P-02 GARCÍA-CANO I. 3A-LS-P-03 GARCÍA-TABARÉS L. 2A-LS-P-04 GARZON A. 2A-M-O1 GASMI K. 3A-M-P-02 GASMI M. 3A-M-P-02 GATTI F. 3A-E-O2 GAUDIO R. 1A-E-O1 1A-E-O1 3A-E-P-05 3A-E-P-05 GAVRIKOV M. 1A-WT-P-04 3A-LS-P-04 GAVRILKIN S. 3A-M-P-01 GAWALEK W. 1A-M-O2 GAY F. 3A-M-P-05 GAZQUEZ J. 1A-M-O1 2A-M-O1 3M-M-O1 GECER S. 3A-LS-O2 1A-LS-P-02 1A-M-P-05 3A-M-P-04 GEMMELL N. 1A-E-O1 GENCER A. 3A-LS-O2 1A-LS-P-02 1A-M-P-05 2A-M-P-03 2A-M-P-04 3A-M-P-04 3A-WT-P-01 GENG J. 1A-LS-P-06 2A-LS-P-03 GENOVESE A. 1A-M-P-02 GERBALDO R. 1A-M-P-01 2A-M-P-02 3A-LS-P-05 3A-M-P-01 GERBERSHAGEN A. 1A-LS-O2 GERGERT A. 3A-LS-P-07 GERISCHER S. 3A-LS-P-02 GHIGO G. 1A-M-P-01 2A-M-P-02 3A-LS-P-05 3A-M-P-01 GHINI J. 3M-LS-O1 GHOSH A. 2A-M-O2 2A-LS-P-02 GIANLUCA S. 2A-LS-P-02 GIANNELLI S. 1A-LS-O1 1A-LS-P-07 GILLES B. 3A-E-P-04 GIRARD A. 1A-LS-P-04

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GRIVEL J. 1A-M-P-04 GRIVEL J.C. 1A-M-P-04 1A-WT-P-03 2A-M-P-01 2A-WT-P-01 2A-WT-P-06 GROETSCH C. 3A-E-P-05 GROSS R. 2A-E-O2 GROßE V. 1A-WT-P-04 GROSSMANN S. 3A-WT-P-03 GROVENOR C. 2M-WT-O1 3M-M-O2 3A-WT-P-03 GRÜN A. 1A-WT-P-04 GRYAZNEVICH M. 1A-LS-P-05 GU C. 3A-LS-O2 1A-LS-P-01 1A-M-P-03 2A-LS-P-08 3A-LS-P-09 GU H. 1A-M-P-04 GU M. 1A-E-O1 2A-E-P-01 GU Y. 2A-E-P-05 GUARINO A. 2A-M-P-02 3A-M-P-03 GUBIN A. 1A-E-P-01 GUERRA A. 1A-WT-P-02 GUESMI Z. 2A-M-P-04 GUGUCHIA Z. 1A-M-P-01 GUICHARD W. 3A-E-P-04 3A-E-P-05 GUIHARD Q. 2A-LS-P-01 GUIHO P. 2A-LS-P-01 GUILLAMÓN I. 3M-M-O1 GUIMARAES M. 1A-LS-O1 GUINA A. 2M-LS-O1 1A-LS-P-08 GULIAN A. 1A-E-P-03 GUNG C.Y. 1A-LS-P-05 GUO J. 1A-WT-P-05 GUO Q. 1A-M-P-03 2A-WT-P-02 GUO Y. 1A-WT-P-01 GUO Y.J. 3M-E-O1 GUPTA A. 1A-E-P-04 3A-LS-P-05 GUPTA D. 2A-E-O1 GUREVICH A. 1A-M-P-03 GURYEV V. 1A-WT-P-04 GUTIERREZ J.L. 2A-LS-P-04 GYURAKI R. 1A-WT-P-02

H HA D.W. 1A-M-P-04 1A-WT-P-01 2A-WT-P-01 HABERKORN N. 2A-E-P-05 HABERSTROH C. 1A-LS-O1 HACKENS B. 2A-E-P-01 HADFIELD R. 1A-E-O1 2A-E-P-01 HAEBERLAIN M. 2A-E-O2 HAENISCH J. 3A-M-O1 HAERST M. 1A-LS-P-03 HAESSLER W. 2A-WT-O1 3A-WT-P-05 HAFALIA A. 2A-LS-P-02 HAFALIA R. 2A-LS-P-02 HAGNER M. 2M-WT-O1 3A-WT-P-05 HAHN S. 1A-LS-O2 2M-LS-O2 HALBEDEL B. 3A-LS-P-01 HALE H. 1A-LS-O2

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HAMABE M. 1A-LS-P-04 1A-LS-P-07 1A-WT-P-01 HAMAGUCHI S. 3A-LS-O3 1A-LS-P-04 HAMAJIMA T. 1A-LS-O1 1A-LS-P-07 HAMEISTER S. 3A-LS-P-07 HAMPSHIRE D. 3A-LS-O1 2M-M-O1 2M-WT-O1 3A-WT-O1 3M-WT-O1 2A-WT-P-03 3A-WT-P-03 HAN H. 3A-E-P-04 HAN J. 1A-LS-P-06 HAN P. 1A-LS-P-05 HAN S.C. 1A-LS-P-04 HAN X. 1A-LS-P-05 HAN Y.H. 3A-LS-P-08 HAN Y.J. 3A-LS-P-04 HAN Z. 3A-LS-O2 1A-LS-P-01 1A-M-P-03 1A-M-P-04 2A-LS-P-08 2A-M-P-01 2A-WT-P-04 3A-LS-P-09 HANADA K. 1A-LS-O1 HANAI S. 1A-LS-O2 3M-LS-O1 HANAWA M. 1A-M-P-02 HÄNISCH J. 1A-M-O1 2A-M-O1 2M-M-O2 1A-M-P-02 1A-WT-P-01 1A-WT-P-04 2A-M-P-01 2A-M-P-02 HANNAM K. 2M-E-O2 HANOUX P. 3M-WT-O1 HANSEN J. 1A-M-P-04 HAO Q. 1A-LS-P-04 HARA K. 1A-M-P-01 HARADA K. 3A-WT-P-05 HARADA M. 2A-E-O2 HARAGUCHI T. 3M-E-O2 HARNOIS C. 2A-WT-P-06 HARRABI K. 1A-M-P-01 3A-M-P-02 HARTMANN U. 1A-M-P-05 1A-WT-P-04 3A-E-P-05 HARUTUNYAN V. 3A-M-P-04 HASAN N. 3A-E-P-04 HASEGAWA H. 2A-LS-P-05 HASHI K. 1A-LS-O2 HASHIMOTO A. 1A-LS-O2 1A-LS-P-06 HASHIMOTO M. 3A-WT-O1 HASHIMOTO Y. 2A-WT-P-01 HASHIZUME H. 3A-LS-O3 1A-LS-P-05 HASSELBACH K. 2M-E-O2 3A-E-P-04 HÄßLER W. 1A-M-O2 1A-M-P-05 HATA S. 1A-WT-P-03 2A-M-P-04 HATANAKA K. 1A-LS-P-06 2A-LS-P-01 HATO T. 2A-E-P-02 HATSUKADE Y. 3A-E-P-03 HATTA J. 1A-E-P-04 HATTORI T. 1A-E-P-01 HATWAR R. 1A-WT-P-05 HAUET T. 1A-M-O2 1A-M-P-05 3A-E-P-05 HAUGAN T. 2M-WT-O1 1A-LS-P-05 HAUGAN T.J. 3A-LS-O1 HAWKSWORTH D. 1A-LS-P-05 HAYAKAWA N. 1A-LS-P-03

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HOFACKER F. 1A-M-P-04 HOFHERR M. 3A-E-P-05 HOGAN K. 3A-LS-P-06 3A-M-P-03 HOJO T. 1A-LS-O1 HOLBOELL J. 2A-LS-P-08 HOLDENGREBER E. 2A-E-P-04 HOLÉ S. 1A-LS-O1 HOLIK III E. 2A-LS-P-02 2A-LS-P-02 HOLZAPFEL B. 1A-M-O1 2A-M-O1 2M-M-O2 3A-M-O1 1A-M-P-02 1A-M-P-05 1A-WT-P-04 2A-M-P-02 2A-WT-P-01 HONDA G. 2A-M-P-01 2A-WT-P-01 HONDA Y. 2A-LS-P-06 HONG G.H. 2A-LS-P-05 HONG G.W. 1A-LS-P-01 1A-LS-P-06 2A-LS-P-03 3A-LS-P-01 HONG J.P. 1A-LS-P-08 HONG S. 1A-WT-O1 HONG T. 1A-E-P-04 HONG Y.J. 1A-LS-P-04 HONG Z. 3A-LS-O2 1A-LS-P-06 2A-M-P-01 3A-LS-P-01 3A-LS-P-09 HONG-CHANG Y. 1A-E-P-04 HONINGH C. 1A-E-P-03 HONJO S. 1A-LS-O1 1A-LS-P-07 2A-LS-P-07 HOOKER J. 1A-E-P-01 2A-E-P-04 HOPKINS S. 2A-M-P-01 2A-WT-P-06 2A-WT-P-06 3A-LS-P-04 3A-LS-P-05 HORIDE T. 2A-M-O1 3A-M-O1 3M-M-O1 2A-M-P-01 HORII S. 3A-WT-O1 2A-M-P-01 2A-WT-P-01 HORIKAWA J. 1A-E-P-03 HORITA H. 2A-WT-P-04 HORNG H.E. 1A-E-P-04 HORNS D. 3M-E-O2 HOSONO H. 2M-M-O2 HOSONO T. 2A-M-P-03 HOSSAIN M. 3A-LS-P-07 HOSSAIN S. 2A-WT-O1 1A-LS-P-05 2A-M-P-04 3A-WT-P-05 HOSSEINI M. 2A-E-P-01 HOU H. 1A-E-P-03 HOWE L. 2M-E-O1 HU D. 3A-LS-O1 HU H. 2A-E-P-05 HU Y. 1A-M-P-03 2A-LS-P-04 3A-LS-P-02 HUANG D. 2M-M-O1 HUANG G. 1A-LS-P-02 HUANG J. 1A-M-O1 2M-WT-O1 HUANG K.W. 1A-E-P-04 HUANG R. 2A-WT-P-04 HUANG T. 1A-LS-P-06 HUANG X. 1A-LS-P-05 HUANG Y. 1A-WT-O1 1A-M-P-03 HUANG Z. 3A-LS-P-07 HUDSPETH J. 3M-M-O2 3A-WT-P-05

HUEHNE R. 3A-M-O1 HUH J.U. 1A-WT-O1 HÜHNE R. 1A-M-O1 2A-M-O1 2A-M-O2 2M-M-O2 3A-M-O1 1A-M-P-02 1A-WT-P-01 1A-WT-P-04 2A-M-P-02 2A-WT-P-01 3A-M-P-03 HUHTINEN H. 1A-M-P-04 2A-M-P-02 HUI T. 2A-M-P-01 HULL J. 2M-M-O1 HUMPERT C. 1A-LS-P-03 1A-LS-P-03 HUNT A. 3A-WT-P-01 HUR J. 3A-LS-P-03 HUSEK I. 2A-WT-O1 HUTH M. 3M-E-O1 HUYGEN S. 1A-LS-P-04 HWANG C.S. 2A-LS-P-02 HWANG S.M. 3A-E-O1 1A-E-P-04 3A-E-P-03 HYODO M. 1A-E-P-03 HYUKCHAN K. 2A-E-P-02 HYUN-GUE H. 2A-E-P-01

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IN-KEUN Y. 3A-LS-P-09 INANIR F. 2A-LS-P-01 INATANI Y. 1A-LS-P-04 2A-LS-P-04 INGANN C. 2A-LS-P-02 INGOLF M. 2M-M-O2 INGRAM D. 2A-LS-P-07 INOUE K. 1A-M-O2 1A-M-P-05 3A-M-P-04 INOUE M. 2M-WT-O1 3A-WT-O1 3A-WT-P-05 IOKA S. 1A-LS-O2 3M-LS-O1 IONESCU A. 2A-M-P-02 IRINA G. 3M-E-O1 ISHIDA K. 1A-LS-P-03 ISHIDA S. 3A-M-O1 ISHIDA T. 2A-E-O2 3M-E-O2 3A-E-P-02 ISHIHARA A. 1A-LS-P-07 ISHII Y. 1A-LS-O2 2M-LS-O2 2A-LS-P-01 2A-LS-P-03 ISHIKAWA K. 2M-E-O1 3A-E-P-04 ISHIYAMA A. 1A-LS-P-07 2A-LS-P-01 2A-LS-P-04 3A-LS-P-03 ISHMAEL S. 3A-LS-P-03 ISIDORI A. 2A-E-O2 ISOJIMA S. 1A-LS-P-03 2A-LS-P-06 ITO H. 2M-E-O1 3A-E-O2 ITO S. 3A-LS-O3 1A-LS-P-05 ITSUHIRO K. 3M-M-O2 IVAN I. 2A-M-P-02 IVANOV A. 3A-M-P-02 IVANOV D. 3A-LS-P-02 IVANOV N. 3A-LS-P-09 IVANOV Y. 1A-LS-P-04 1A-LS-P-04 1A-WT-P-01 2A-LS-P-07 IWAI S. 2A-LS-P-01 IWAKI K. 1A-LS-O1 IWAKUMA M. 2A-LS-P-01 2A-LS-P-01 IWAMOTO A. 1A-LS-P-04 2A-M-P-04 IWASA Y. 1A-LS-O2 2M-LS-O2 IWASE K. 2A-M-P-04 IWATA Y. 2A-LS-P-01 IYO A. 3A-M-O1 2A-M-P-03 3A-M-P-05 IZUMI M. 2M-LS-O1 1A-LS-P-08 2A-LS-P-04 3A-LS-P-01 3A-M-P-03 IZUMI T. 3A-WT-O1 2A-LS-P-01 2A-WT-P-04

J JABBARI T. 2A-E-P-03 JACKMAN K. 2M-E-O1 3A-E-P-01 JACKSON B. 3M-E-O2 JACOBS K. 1A-E-P-03 JAECKEL S. 3A-M-P-02 JAEEUN K. 1A-WT-P-04 JAN K. 3A-WT-P-05 JAN S. 3A-WT-P-05 JANOVEC J. 1A-WT-P-01 3A-WT-P-03 JANOWSKI T. 1A-LS-P-02

JANSEN H. 2A-LS-P-08 JANVIER C. 3A-E-P-05 JAROSZYNSKI J. 2M-M-O2 2M-M-O1 3A-M-O1 JAROSZYNSKI L. 2A-LS-P-04 JARVIS A. 3M-LS-O1 JEAN-CLAUDE G. 1A-WT-P-01 JEDAMZIK D. 1A-LS-P-05 JEN-JIE C. 1A-E-P-04 1A-E-P-04 JENSEN B. 2A-LS-P-08 JENSEN C. 3A-WT-P-03 JEONG I.S. 3A-LS-P-05 3A-LS-P-08 JEONG J.S. 1A-LS-P-08 JHA A. 3A-M-O1 3M-M-O1 JIA J. 1A-WT-P-05 JIA X. 1A-M-P-03 JIA Y. 1A-M-O1 3A-LS-P-03 JIAN J. 1A-M-O1 JIANG H. 1A-E-P-04 JIANG J. 2M-LS-O2 2A-WT-O1 3M-M-O2 1A-M-P-01 1A-M-P-02 3A-WT-P-01 JIN B. 1A-M-P-03 JIN H. 3A-E-P-04 JIN H.J. 1A-WT-P-01 2A-WT-P-01 JIN J. 3M-LS-O2 1A-LS-P-03 2A-LS-P-06 JIN J.X. 2A-LS-P-06 JIN L. 1A-M-P-04 JIN Z. 2A-M-P-01 3A-LS-P-01 JIN-HO L. 3A-LS-P-04 JIN-MOK K. 2A-E-P-02 JINDONG L. 3A-LS-P-08 JING K. 2A-LS-P-05 JING S. 3A-LS-P-08 JINGGANG Q. 1A-LS-P-05 JINGPING L. 2A-E-P-04 JIRSA M. 3A-M-P-04 JO H.C. 1A-LS-P-01 3A-LS-P-01 JO I. 1A-M-O2 JO J. 2A-WT-P-01 JO J.M. 3A-LS-P-04 JO W. 1A-WT-P-01 2A-WT-P-01 JO Y.S. 1A-LS-P-08 1A-WT-P-01 2A-WT-P-01 3A-LS-P-03 3A-LS-P-09 JOHANSEN T. 2A-M-O2 3A-M-P-02 JOHANSEN T.H. 3A-M-O1 JOHANSSON J. 2A-E-O2 JOHNSON L. 2A-E-O1 JOHNSON S. 3A-WT-P-01 JOHRENDT D. 1A-M-P-02 JOKINEN A. 1A-LS-P-05 JOLLIFFE L. 1A-LS-P-02 JONGHO C. 3A-LS-P-09 JORGE P. 2M-LS-O2 JOSE M. 2A-LS-P-04 JOSEP L.L. 2M-LS-O1 JOURNEAUX J.Y. 1A-LS-P-04 JOYEZ P. 3A-E-P-05 JUN B.H. 2A-M-P-04

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JUNG A. 1A-WT-P-02 JUNG B.I. 3A-LS-P-05 3A-LS-P-08 JUNG J.J. 3A-LS-P-05 3A-LS-P-08 JUNG P. 1A-E-P-02 JUNG S.Y. 1A-LS-P-04 JUREK K. 3A-M-P-04 JURELO A. 3A-M-P-04 JURKIEWICZ P. 2A-LS-P-05 JUSSARA F. 2A-LS-P-08 JUSTIN S. 2A-E-P-02

K KABAER M. 1A-M-P-01 KADAR J. 3A-WT-P-01 KADOWAKI K. 3M-E-O1 1A-E-P-01 KAGERBAUER D. 2A-WT-P-05 KAGIYAMA T. 1A-WT-O1 KAI-WEN H. 1A-E-P-04 KAITO M. 1A-E-P-03 KAJIKAWA K. 3A-LS-P-05 KAKEHI D. 2A-E-P-05 KAKEYA I. 2M-LS-O2 2A-E-P-01 3A-M-P-02 KAKIMOTO K. 1A-WT-O1 KALABUKHOV A. 3A-E-P-04 KALANTARI N. 1A-E-P-04 3A-E-P-03 KALITKA V. 2A-LS-P-07 3A-LS-P-04 3A-WT-P-02 KAMBARA H. 2A-E-P-01 KAMENEV A. 3A-WT-P-02 KAMENI A. 2A-LS-O2 1A-M-P-01 3A-LS-P-05 KAMENTSEV K. 1A-WT-P-04 3A-LS-P-04 KAMETANI F. 2M-LS-O2 3M-M-O2 1A-M-P-01 KAMETANI T. 3A-WT-P-01 KAMIYA K. 3M-E-O2 KAMIYA T. 2M-M-O2 KAMPERT E. 3A-M-P-02 KANEKO K. 2A-WT-P-04 KANEKO N.H. 2M-E-O1 KANEKO T. 1A-M-P-03 KANEMOTO D. 3A-LS-P-03 KANG B.M. 1A-M-P-04 2A-WT-P-01 KANG C.S. 1A-E-P-03 KANG G. 3A-LS-P-08 KANG J.H. 1A-M-P-02 KANG L. 1A-E-O1 1A-M-P-03 2A-E-P-01 3A-E-P-05 KANG R. 1A-LS-P-05 KANG Y.W. 1A-LS-P-02 KAORU S. 2A-E-P-01 KAPOLKA M. 3A-LS-O1 2A-LS-O2 KAR S. 1A-WT-O1 KARASEV Y. 2A-WT-P-02 KARASIK B. 3A-E-O2 3M-E-O1 1A-E-P-03 2A-E-P-01 KARATSU K. 3A-E-P-05

KARIO A. 3M-WT-O1 1A-WT-P-02 1A-WT-P-05 2A-LS-P-07 2A-WT-P-03 2A-WT-P-06 3A-WT-P-02 KARLSSON S. 3A-M-P-05 KARPOV A. 1A-E-P-02 KARPOV V. 2A-LS-P-07 KARTAMYSHEV A. 1A-M-P-01 KARWOTH T. 3A-E-P-05 KASAMA T. 1A-WT-P-01 2A-M-P-02 KASATKIN A. 3A-M-P-02 KASHIKHIN V. 1A-WT-P-05 KASHIWAGI T. 3M-E-O1 KASHIWAYA S. 3A-E-P-02 KASHURNIKOV V. 2A-LS-P-04 KATAYAMA K. 1A-WT-P-05 KATAZA H. 3M-LS-O1 KATKOV A. 2A-E-P-03 KATO M. 3A-LS-O1 2A-M-P-03 KATO T. 1A-LS-O2 3A-WT-O1 1A-LS-P-06 2A-E-P-04 KATSUTOSHI M. 2A-LS-P-05 KAUFFMANN-WEISS S. 1A-M-P-05 KAUL A. 2A-WT-P-06 3A-WT-P-02 KAVAMOTO A. 3A-M-P-04 KAVE�ANSKÝ V. 3A-M-P-04 KAVECANSKY V. 1A-M-P-02 3A-M-P-04 KAWABATA S. 1A-E-P-01 KAWAGOE A. 1A-LS-O1 1A-LS-P-06 KAWAGOE S. 1A-E-P-04 KAWAGUCHI T. 3A-M-O1 KAWAHARA F. 2A-LS-P-01 KAWAHARA T. 1A-LS-P-04 1A-WT-P-01 KAWAKAMI A. 1A-E-P-03 1A-E-P-03 KAWAKAMI Y. 1A-LS-P-04 KAWALE S. 3A-M-O1 2A-M-P-02 KAWAMURA J. 3M-E-O1 2A-E-P-01 KAYANI A. 1A-M-O1 2A-M-O1 KAZARINOV Y. 2A-WT-P-03 KAZUMASA M. 2A-E-P-05 KAZUNARI K. 1A-WT-P-04 KEENAN S. 2M-E-O2 KEIJI M. 2A-LS-P-07 KEILIN V. 3A-LS-P-02 KEKELIDZE V. 2A-LS-P-02 KELLER H. 1A-M-P-01 KELLEY R. 2A-WT-P-05 KELLS J. 2M-LS-O1 1A-LS-P-08 KEMPFER S. 3A-LS-P-02 KENGO Y. 2A-LS-P-07 KERMORVANT J. 3A-E-P-03 KES P. 1A-E-O1 KETTERSON J. 3A-E-P-04 KEYSAN O. 2A-LS-P-01 KHABIPOV M. 1A-E-P-03 KHALIL M. 2A-E-P-01 KHAPAEV M. 2M-E-O1 KHARMIZ Y. 3A-LS-P-04 KHASANOV R. 1A-M-P-01

166

KHAYDUKOV Y. 3A-E-P-04 KHENE S. 3A-M-P-02 KHORSHEV S. 2A-E-P-03 KHOSROPANAH P. 3M-E-O2 KHRUSCHEV S. 2A-LS-P-02 KHUDAYBERDIEV Z. 1A-M-P-03 KHUSAINOV M. 1A-M-P-03 KIDEOK S. 3A-LS-P-09 KIELER O. 2A-E-O1 2M-E-O2 3A-E-P-03 KIHLSTROM K. 1A-M-O1 2A-M-O1 KIHOU K. 3A-M-O1 KII T. 3A-LS-P-05 KIKUCHI A. 1A-WT-P-03 KIKUCHI M. 1A-WT-O1 KILIC A. 3A-LS-O2 1A-LS-P-02 1A-M-P-03 2A-M-P-03 2A-M-P-04 3A-WT-P-01 KILICARSLAN E. 3A-LS-O2 1A-LS-P-02 2A-M-P-04 3A-WT-P-01 KIM A. 1A-LS-P-02 KIM C. 2A-LS-P-03 KIM C.H. 3A-LS-O2 KIM C.J. 2A-M-P-04 KIM C.S. 3A-LS-O2 KIM D.J. 3A-LS-P-09 KIM G.T. 1A-M-P-04 2A-WT-P-01 KIM H. 1A-LS-P-04 1A-LS-P-07 KIM H.J. 1A-LS-P-08 KIM H.M. 3A-LS-P-01 3A-LS-P-03 3A-LS-P-09 KIM H.R. 3A-LS-P-08 KIM H.S. 3A-LS-P-08 KIM H.W. 3A-LS-P-03 KIM I.S. 2A-E-P-02 KIM J. 2A-E-O2 KIM J.G. 2A-LS-P-03 KIM J.H. 3A-LS-P-03 3A-LS-P-09 KIM J.M. 3A-WT-P-03 KIM K. 3A-E-O1 1A-E-P-04 1A-LS-P-02 1A-WT-P-01 3A-E-P-03 KIM M. 1A-WT-P-01 2A-WT-P-01 KIM S. 1A-LS-P-07 3A-LS-P-03 KIM S.K. 2M-LS-O1 3A-LS-O2 3M-LS-O1 KIM S.W. 3A-LS-P-03 KIM W. 1A-LS-P-07 KIM W.S. 1A-LS-P-01 1A-LS-P-06 2A-LS-P-03 3A-LS-P-01 KIM Y. 2A-LS-O2 2M-LS-O2 1A-LS-P-01 1A-LS-P-06 2A-LS-P-03 2A-LS-P-06 2A-LS-P-06 3A-LS-P-01 KIM Y.I. 1A-M-P-01 KIMBER A. 1A-LS-P-04 KINANE C. 2A-E-O2 KINGHAM D. 1A-LS-P-05 KINJO M. 3M-E-O2 KIRBY G. 2M-LS-O2 3M-LS-O1 3A-LS-P-01 3A-LS-P-02 KIRCHHOFF L. 1A-M-P-04 2A-WT-P-01 2A-WT-P-05

KIRCHNER A. 2A-WT-P-01 KIRICHENKO D. 2A-E-O1 KIRTLEY J. 2M-E-O2 KIRYU S. 2M-E-O1 KISHIO K. 1A-M-O2 2M-M-O1 1A-M-P-02 2A-M-P-01 2A-M-P-03 2A-M-P-04 3A-M-P-04 3A-M-P-05 3A-WT-P-01 KISIEL A. 2A-WT-P-03 KISLINSKI Y. 3A-E-P-04 KISS T. 2M-WT-O1 3A-WT-O1 3A-WT-P-05 KITA Y. 3M-E-O2 KITAGUCHI H. 2A-WT-P-06 KITAJIMA K. 2A-E-P-04 KITAMURA T. 3M-E-O1 1A-E-P-01 KITANO H. 2A-E-P-05 KITAYA D. 1A-LS-P-07 KITAZATO K. 1A-WT-P-05 KITO N. 2M-E-O1 KIVIRANTA M. 3M-E-O2 KIWA T. 3A-E-O1 3A-E-P-03 KIWOONG K. 2A-E-P-02 KIZILCAY M. 3A-LS-P-08 KLAESER M. 3A-WT-P-05 KLAPWIJK T. 2A-E-P-01 KLEMM A.R. 1A-E-P-01 KLEMM R. 3M-E-O1 KLENOV N. 3A-E-O1 3A-E-P-03 3A-E-P-04 KLIMCHENKO Y. 2A-LS-P-05 KLING A. 3M-WT-O1 1A-WT-P-05 2A-LS-P-07 2A-WT-P-03 KLUSHIN A. 2A-E-P-03 KNIBBE R. 1A-WT-P-01 2A-M-P-02 KO J. 1A-LS-P-04 KO R.K. 1A-M-P-04 1A-WT-P-01 2A-WT-P-01 KO S. 2A-LS-P-06 2A-LS-P-06 KO S.C. 2A-LS-P-06 KO T.K. 1A-LS-P-01 KOBAYASHI H. 1A-LS-P-04 2A-LS-P-04 KOBAYASHI S.I. 1A-WT-O1 3A-WT-P-01 KOBAYASHI Y. 1A-LS-P-07 KOBLISCHKA M. 1A-M-O2 1A-M-P-05 1A-WT-P-04 3A-E-P-05 KOBLISCHKA M.R. 1A-M-O2 3A-M-P-04 KOBZEVA I. 3A-LS-P-09 KOCH C. 3A-WT-P-01 KODAMA M. 2A-M-P-04 3A-WT-P-03 KOEHN C. 3A-E-P-03 KOENIG R. 2A-WT-P-04 3A-LS-P-04 KOERBER R. 1A-E-P-04 KOHLMANN J. 2A-E-O1 2M-E-O2 3A-E-P-03 KÖHN C. 2M-E-O2 KOICHI N. 1A-WT-P-04 KOIZUMI S.I. 2A-E-P-05 KOJIMA H. 1A-LS-P-03 KOJIMA K. 2A-E-O2 KOKAL I. 1A-M-O2 1A-M-P-05

167

KOLCHANOVA I. 3A-LS-P-07 KOLOSKOV S. 1A-LS-P-04 3A-WT-P-02 KOLOTINSKIY N. 3A-E-O1 2A-E-P-04 3A-E-P-02 3A-E-P-03 KOMAGOME T. 1A-LS-O1 KOMEN I. 1A-E-O1 3A-E-P-05 KOMORI S. 3A-M-P-02 KONDRATOWICZ-KUCEWICZ B. 1A-LS-P-02 KONG X. 2A-E-P-02 KONNO M. 2A-LS-P-01 KONONENKO V. 1A-M-P-01 KONSTANTINOV A. 2A-LS-P-05 KOPARAN E. 3A-LS-P-04 KOPERA L. 2A-WT-O1 KORNEEV A. 1A-E-O1 2A-E-P-01 KORNEEVA Y. 1A-E-O1 2A-E-P-01 KORNEV V. 3A-E-O1 2A-E-P-04 3A-E-P-02 3A-E-P-03 KOROTKOV V. 1A-M-P-01 KOSA J. 3A-LS-O2 1A-LS-P-02 1A-M-P-05 3A-M-P-04 KOSHELETS V. 1A-E-P-02 KOSHELEV A. 1A-M-O1 2A-M-O1 KOSHELEVA N. 2A-LS-O2 KOSHITA K. 2A-E-P-04 KOSHIZUKA H. 2A-LS-P-07 KOSSE J. 3A-LS-O1 KOUZAKA M. 3M-E-O2 KOVÁ� P. 1A-WT-P-03 KOVAC J. 3A-LS-O1 2A-WT-O1 1A-M-P-02 3A-M-P-04 KOVAC P. 2A-WT-O1 3A-WT-P-05 KOVALCHUK O. 2A-LS-P-05 KOVALENKO A. 2A-LS-P-02 KOVALEV I. 3A-LS-P-02 KOVALEV K. 1A-LS-P-08 2A-LS-P-08 3A-LS-P-07 3A-LS-P-09 3A-LS-P-09 KOVYLAEV V. 1A-M-P-05 KOYANAGI K. 1A-LS-O2 2M-LS-O2 2A-LS-P-03 KOZAK J. 1A-LS-P-02 1A-WT-P-02 2A-LS-P-04 3A-LS-P-08 KOZAK S. 1A-LS-P-02 KOZINTSEVA M. 1A-WT-P-04 3A-LS-P-04 KOZUB S. 1A-LS-P-08 2A-LS-P-08 3A-LS-P-09 KOZYREV A. 1A-M-O2 KRAINEV A. 2A-WT-P-02 KRASNOPEROV E. 1A-M-P-01 KRAUSE H. 1A-E-P-04 KRAUSE H.J. 3A-E-P-03 KRAUSE S. 1A-M-P-03 KRAUSSE D. 3A-E-P-02 KREISLER A. 2A-E-P-01 KRIUKOV D. 3A-LS-P-02 KRIVETSKY I. 2A-LS-P-07 KRUGLOV S. 3A-LS-P-02

KRUGLOV V. 1A-WT-P-04 3A-M-P-01 3A-WT-P-02 KRYLOV V. 3A-WT-P-02 KRYLOVA T. 2A-M-P-01 KUBO H. 3M-E-O1 KUDYMOW A. 1A-LS-P-07 KULAYEV Y. 3A-LS-P-05 KULICH M. 2A-WT-O1 1A-WT-P-03 3A-WT-P-05 KULIKOV E. 2A-LS-P-02 KULIKOV S. 1A-LS-P-06 KULIKOVSKIY A. 3A-M-P-02 KUMAGAI D. 3M-LS-O2 KUMAGAI T. 1A-WT-P-04 KUMAKI T. 1A-LS-P-04 KUMAKURA H. 2M-M-O2 2A-WT-O1 2M-WT-O1 1A-WT-P-03 3A-WT-P-05 KUMAR N. 1A-E-P-04 3A-LS-P-05 KUN L. 1A-LS-P-04 KUNERT J. 2A-E-P-03 3A-WT-P-02 KÜNG B. 2A-E-O2 KUPRIYANOV M. 3A-E-P-04 KURBATOV P. 3A-LS-P-05 KURBATOVA E. 3A-LS-P-05 KUROKAWA S. 2M-E-O1 KUROKAWA T. 2A-WT-P-01 KURRAT M. 1A-LS-P-03 KURSUMOVIC A. 1A-M-O1 2A-M-O1 KURTH F. 2M-M-O2 3A-M-O1 KURUSU T. 1A-LS-O2 2A-LS-P-01 KUTUKCU M. 1A-WT-P-03 KUTUKCU P. 2A-LS-P-01 KUWATA M. 1A-LS-P-03 KUZANYAN A. 2A-M-P-03 KUZMIN A. 1A-E-O1 3A-E-O2 1A-E-P-03 2A-E-P-04 3A-E-P-05 KUZMIN L. 3A-E-O2 KUZNETSOV A. 1A-WT-P-04 3A-M-P-02 KVITKOVIC J. 1A-WT-P-05 2A-LS-P-03 2A-LS-P-03 KWOK W.K. 1A-M-O1 2A-M-O1 KWON-KYU Y. 2A-E-P-02 3A-E-P-03

L LABES K. 2M-LS-O1 1A-LS-P-08 LACQUANITI V. 2A-E-O1 2A-E-P-03 2A-E-P-05 2A-M-P-03 LACROIX C. 3A-LS-O1 2M-WT-O1 3M-LS-O2 LADRET R. 2A-E-P-01 LAHOUBI M. 2A-M-P-03 3A-M-P-01 LAHTINEN V. 3A-LS-P-05 LAI J.T. 1A-E-P-04 LALIENA C. 3M-M-O2 LAM S. 2M-E-O2 LAMANNA R. 1A-M-P-04 LAMAS J. 2A-LS-P-06

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LAMBERTI C. 2A-E-P-05 LAMM M. 1A-WT-P-05 LAMURA G. 2M-M-O2 LAN F. 2A-E-P-04 LANCETOV A. 2A-LS-P-05 LANGE C. 1A-LS-P-03 LANGER M. 1A-M-P-01 1A-M-P-02 1A-M-P-02 LANGRIDGE S. 2A-E-O2 LANNOU H. 2A-LS-P-01 LAO M. 1A-M-O1 2A-M-O1 1A-WT-P-01 3A-M-P-03 LAPO L. 1A-E-P-03 LARBALESTIER D. 2A-LS-O2 2M-LS-O2 2A-WT-O1 3M-M-O2 1A-M-P-01 1A-M-P-02 2A-WT-P-02 3A-LS-P-01 3A-WT-P-01 LARIONOFF A. 3A-LS-P-09 LARIONOV A. 3A-LS-P-09 LATKA I. 3M-E-O2 LATUSHKIN S. 3A-M-P-01 LAVIANO F. 1A-M-P-01 2A-M-P-02 3A-LS-P-05 3A-M-P-01 LAVRINOVICH A. 1A-E-P-01 LAZAR J. 2M-E-O2 LE SUEUR H. 2A-E-O1 LE T.D. 3A-LS-P-09 LECHNER A. 2A-M-O2 LECLERC J. 2M-LS-O1 2A-LS-P-04 3A-LS-P-05 3A-WT-P-05 LECOCQ F. 3A-E-P-05 LECREVISSE T. 2M-LS-O2 LEE C.Y. 3A-LS-P-04 LEE H. 1A-M-O1 1A-WT-O1 1A-WT-P-04 LEE H.K. 1A-M-P-01 LEE J. 1A-LS-P-01 3A-LS-P-01 LEE J.H. 1A-M-O1 1A-WT-O1 1A-WT-P-04 3A-LS-P-04 LEE J.J. 1A-LS-P-02 1A-LS-P-02 LEE J.K. 1A-LS-P-01 1A-LS-P-06 2A-LS-P-03 3A-LS-P-01 LEE J.Y. 1A-LS-P-01 1A-LS-P-06 2A-LS-P-03 3A-LS-P-01 LEE P. 2A-M-O2 2A-WT-P-02 LEE S. 1A-WT-O1 2A-E-O2 1A-LS-P-01 1A-LS-P-06 2A-LS-P-03 3A-LS-P-01 3A-WT-P-02 LEE S.J. 3A-E-O1 1A-E-P-04 3A-E-P-03 LEE S.R. 1A-LS-P-02 1A-LS-P-02 LEE Y.K. 3A-LS-P-05 3A-LS-P-08 LEESE DE ESCOBAR A. 2M-E-O2 LEFLOCH F. 2A-E-O1 2A-E-O2 LEGENDRE M. 3A-M-P-05 LEMAÎTRE Y. 3A-E-P-03 LENNIKOV V. 3M-M-O2 LENOIR G. 3A-LS-O1 3A-WT-P-05 LEO A. 2A-M-P-02 3A-M-P-03 LEON GARCIA W. 3A-LS-P-08 LERCH P. 1A-LS-P-05

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MARRA P. 2A-M-P-02 MARSILI F. 1A-E-O1 MARTHALER M. 2A-E-P-05 MARTINET G. 3M-M-O2 MARTÍNEZ E. 3A-LS-P-03 3A-LS-P-03 MARTINEZ-CRIADO G. 2A-E-P-05 MARTINEZ-ESAIN J. 2A-M-O1 MARTÍNEZ-VAL J. 1A-LS-O1 MARTINI L. 1A-LS-O1 3M-LS-O2 MARTINS F. 1A-WT-P-04 3A-LS-P-04 MARTINS H. 1A-LS-P-02 2A-LS-P-05 MARTINS J. 2A-LS-P-03 MARTINS ROCHA L.M. 2A-LS-P-05 MARTUCCIELLO N. 3A-M-P-03 MARTYNOVA I. 3A-LS-P-08 3A-WT-P-02 MARUSHIN E. 2A-LS-P-05 MARUYAMA M. 2M-E-O1 MARUYAMA O. 1A-LS-O1 MARX A. 2A-E-O2 MASARU K. 3A-E-P-05 MASOUDI A. 2A-LS-P-04 MASSAROTTI D. 2M-E-O2 MASSON P. 2A-LS-O2 2M-LS-O1 3A-LS-O2 1A-LS-P-08 1A-LS-P-08 2A-LS-P-04 3A-LS-P-05 3A-LS-P-09 3A-WT-P-05 MASUDA T. 1A-LS-O1 1A-LS-P-07 2A-LS-P-07 MATERA D. 1A-M-O2 MATIAS F. 1A-LS-O1 MATLASHOV A. 3A-E-O1 2A-E-P-02 MATRAS M. 2M-LS-O2 2A-WT-O1 3M-M-O2 MATROZOVA E. 3A-E-O2 MATSEKH A. 2M-LS-O1 1A-LS-P-08 1A-LS-P-08 MATSUDA G. 2A-M-P-03 MATSUDA K. 1A-LS-P-06 2A-LS-P-03 MATSUI H. 1A-WT-P-04 MATSUMI A. 2A-LS-P-01 MATSUMOTO A. 2M-M-O2 2A-WT-O1 2M-WT-O1 1A-WT-P-03 3A-WT-P-05 MATSUMOTO K. 2A-M-O1 3A-M-O1 3M-M-O1 3M-M-O1 2A-M-P-01 MATSUMOTO S. 1A-LS-O2 3A-LS-P-01 MATSUMURA S. 2A-M-P-04 MATSUMURA T. 3M-LS-O1 MATSUNAGA Y. 3A-E-O1 MATSUOKA T. 1A-LS-P-03 3A-LS-P-03 MATTOS L. 3A-LS-P-04 MATUKHIN V. 1A-M-P-03 MAURO R. 1A-E-P-03 MAURYA V. 1A-M-P-01 MAWATARI Y. 3M-E-O2 3A-E-P-02 MAY T. 3M-E-O2 3A-E-P-05 MAYEVSKY V. 3A-LS-P-07 MAYNOU R. 2A-LS-P-04 MAYRALUNA L. 3A-M-O1 MAZA FRECHÍN J. 3A-M-P-03

MCAHCADO L. 2A-LS-P-06 MCCAUGHAN A. 1A-E-O1 3A-E-P-04 MCCLURE R. 1A-WT-O1 MCGUIRE D. 2M-LS-O2 MEDNIKOV A. 2A-LS-P-05 MEIER J. 1A-LS-P-04 MEIER J.P. 3M-LS-O1 MEINERO M. 2M-M-O2 MEINKE R. 2A-LS-P-02 2A-LS-P-04 MELE P. 3A-M-O1 3M-M-O1 MELEDIN A. 1A-M-O1 2A-M-O1 2A-M-O2 1A-WT-P-01 2A-M-P-02 2A-WT-P-01 MELEDIN D. 1A-M-P-03 MELHEM Z. 1A-LS-O2 1A-LS-P-05 MELISEK T. 2A-WT-O1 MELYUKOV D. 2A-LS-P-07 3A-LS-P-09 MENDONÇA DE OLIVEIRA A. 1A-M-P-03 MENDONÇA G. 1A-LS-O1 MENG W. 2A-E-P-04 MENG Y. 2A-WT-P-01 MENTINK M. 3A-LS-O3 1A-LS-P-05 1A-WT-P-05 MENUSHENKOV A. 3A-M-P-02 MENZEL E. 2A-E-O2 MERENTSOV A. 3A-M-P-05 MERINO J. 2M-LS-O1 MERKER M. 3A-E-O2 1A-E-P-03 MERSCHEL F. 1A-LS-O1 MESAROS A. 2A-M-P-01 2A-M-P-02 2A-WT-P-04 MESSINA G. 2A-LS-P-03 2A-LS-P-08 METSKHVARISHVILI I. 1A-M-P-03 3A-M-P-05 METSKHVARISHVILI M. 1A-M-P-03 3A-M-P-05 MEUNIER G. 3A-LS-P-05 MEYER H.G. 3M-E-O2 3A-E-P-03 3A-E-P-05 MEZANI S. 2A-LS-P-08 MEZENTSEV N. 2A-LS-P-02 MIAO H. 1A-WT-O1 MIAO X. 3A-LS-P-04 3A-LS-P-07 MICHAEL P. 1A-LS-P-01 1A-WT-P-05 MICHAEL S. 2A-E-P-04 MICHALCOVÁ E. 1A-WT-P-01 3A-WT-P-03 MICHALEK G. 3A-E-P-02 MIHAIL B. 2A-M-P-04 MIJATOVIC N. 3A-LS-O2 2A-LS-P-08 MIKAMI Y. 1A-LS-O2 1A-LS-P-06 MIKHEENKO P. 1A-WT-P-01 MIKI M. 2A-LS-P-04 MIKI S. 3M-E-O2 MIKI T. 1A-LS-O2 MIKITIK G. 2A-M-P-02 MIKULÁšOVÁ E. 3A-LS-O1 3A-LS-P-06 MILLER D. 2A-M-O1 MILLER G. 2M-LS-O2 3A-LS-P-01 MILLER S. 2M-LS-O2

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MILOSEVIC M. 2A-M-P-02 MILWARD S. 3A-WT-P-03 MIMURA T. 1A-LS-O1 2A-LS-P-07 MINAMI H. 3M-E-O1 MINEEV N. 2A-WT-P-06 3A-M-P-03 MINERVINI J. 1A-LS-P-01 MINO L. 2A-E-P-05 MINWON P. 3A-LS-P-09 MIQUEL C. 2M-LS-O1 MIRANDA R. 2A-LS-P-06 MIRIN R. 3A-E-P-05 MIRYALA M. 1A-M-O2 3A-M-P-04 MISHIMA F. 3A-LS-P-06 MISHIN O. 2A-WT-P-06 MIšÍK J. 1A-WT-P-01 3A-WT-P-03 MITCHELL E. 2M-E-O2 MITCHELL J. 1A-LS-P-06 MITCHELL-WILLIAMS T. 2A-M-P-01 2A-WT-P-06 2A-WT-P-06 MITO T. 1A-LS-O1 3A-LS-O3 1A-LS-P-04 MITSUBORI H. 1A-LS-O2 1A-LS-P-06 MIU D. 2A-M-P-02 MIU L. 2A-M-P-02 2A-M-P-02 MIURA S. 3M-M-O1 MIYACHI Y. 1A-M-P-04 1A-M-P-04 2A-M-P-01 3A-M-P-04 MIYAGI D. 1A-LS-O1 1A-LS-P-07 MIYAJIMA S. 2A-E-O2 3A-E-P-02 MIYAMOTO Y. 3M-WT-O1 MIYATA S. 1A-LS-P-07 MIYAZAKI H. 3M-LS-O1 2A-LS-P-01 2A-LS-P-01 MIYOSHI Y. 2A-WT-P-06 3A-LS-P-01 MIZRAHI M. 2A-E-P-04 MIZUNO N. 3A-LS-P-06 MIZUTANI S. 2A-M-P-04 MOCELLA V. 2A-M-P-03 MOCHIDA A. 2A-LS-P-01 MOCHIZUKI H. 1A-M-P-01 3A-LS-P-07 MODESTOV K. 3A-LS-P-09 MODICA M. 3M-LS-O1 MOHAJERI R. 1A-E-P-03 2A-E-P-01 MOLATTA S. 1A-M-P-02 MOLDENHAUER V. 1A-LS-O1 MOLINA E. 2A-LS-P-04 2A-WT-P-04 MOLODYK A. 1A-WT-O1 1A-WT-P-02 2A-LS-P-07 2A-M-P-01 2A-WT-P-06 3A-LS-P-04 3A-LS-P-08 3A-WT-P-02 MONACO R. 2A-E-O2 MONDONICO G. 3A-WT-O1 MONFARDINI A. 3M-E-O2 MONMA K. 2A-LS-P-04 3A-LS-P-03 MONTEIRO DIAS F. 3A-LS-P-02 MONTENERO G. 1A-LS-P-07 2A-LS-P-05 MONTES I. 3A-LS-P-04 MONTICONE E. 1A-E-P-03 2A-E-P-03 2A-E-P-05 MOON S.H. 1A-M-O1 1A-WT-O1 1A-WT-P-

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NADERI G. 2A-WT-O1 NAGAISHI T. 2A-M-P-01 2A-WT-P-01 NAGAMINE R. 3A-LS-P-06 NAGASAWA S. 3M-E-O2 NAGAYA S. 2A-LS-P-01 3A-LS-P-03 3A-LS-P-06 NAHIDMOBARAKEH B. 1A-LS-P-02 NAKA J. 2A-WT-P-01 NAKAGAWA T. 3A-M-P-03 NAKAGAWA Y. 2A-E-P-01 NAKAJIMA K. 3A-E-P-05 NAKAJIMA M. 3A-M-O1 NAKAMOTO T. 2A-LS-P-03 NAKAMURA K. 3A-E-O1 NAKAMURA N. 1A-LS-O1 NAKAMURA T. 2M-LS-O2 NAKANISHI M. 3A-LS-P-06 NAKANISHI T. 3A-WT-O1 NAKANO T. 1A-LS-O1 NAKASAKI R. 1A-WT-O1 NAKASHIMA T. 1A-WT-O1 3A-WT-P-01 NAKAYAMA A. 1A-E-P-04 2A-E-P-05 NAKAYAMA D. 3A-LS-P-03 NAKAYAMA H. 2A-E-O2 3A-E-P-02 NAKAZAWA Y. 3A-M-O1 NALLO G.F. 3A-LS-O3 NAM S.W. 3A-E-P-05 NAM-PO K. 3A-LS-P-04 NAMAZKAR S. 1A-WT-P-03 NAMBURI D. 2M-M-O1 3A-M-P-04 NAMBURI D.K. 3A-M-P-04 NARAMA T. 2M-E-O1 NARAYANA P. 2A-LS-P-01 NARDELLI D. 1A-WT-O1 2M-LS-O1 1A-WT-P-03 3A-WT-P-03 NARIKI S. 2M-M-O1 2M-M-O1 1A-M-P-01 2A-LS-P-05 NARUO Y. 1A-LS-P-04 2A-LS-P-04 NARUSE M. 3A-E-P-05 NASCIMENTO C. 2A-LS-P-07 3A-M-P-01 NASCIMENTO C.A. 1A-LS-O1 NASCIMENTO M. 3A-M-P-04 NAST R. 3A-LS-O1 2A-M-O1 3M-WT-O1 3A-WT-P-04 3A-WT-P-04 1A-WT-P-05 2A-M-P-02 NASTI U. 3A-E-P-05 NASUI M. 2A-M-P-01 2A-M-P-02 2A-WT-P-04 NATION M. 1A-LS-P-04 NAUD C. 2A-E-O2 3A-E-P-04 3A-E-P-05 NAVARRO R. 3A-LS-P-03 NAVAU C. 1A-E-P-02 NAZIFI R. 1A-E-P-03 2A-E-P-01 NECHAY B. 2M-E-O2 NEDELCU A. 1A-LS-P-06 NEGRAZUS M. 1A-LS-O2 NESTERUK K. 2A-LS-P-01 NEVES M. 2A-LS-P-07 3A-M-P-01 3A-M-P-

04 NEVIRKOVETS I. 3A-E-P-04 NEWMAN S. 3A-E-O1 NI B. 1A-WT-P-04 NIGRO A. 2A-M-P-02 3A-M-P-03 NIJHUIS A. 3A-LS-O1 2M-WT-O1 1A-LS-P-05 3A-LS-P-02 NIKOGHOSYAN S. 2A-M-P-03 3A-M-P-04 NIKOGHOSYAN V. 1A-E-P-03 NIKULSHIN Y. 1A-LS-P-01 NISHIJIMA G. 1A-LS-O2 2A-WT-P-06 3A-LS-P-01 3A-LS-P-03 NISHIJIMA S. 3A-LS-P-06 NISHIO T. 2A-M-P-02 NOBREGA A. 2A-LS-P-02 NODA K. 2A-LS-P-01 2A-LS-P-03 NOE M. 1A-LS-O1 3M-LS-O2 NOGUCHI S. 2A-LS-P-01 2A-LS-P-01 2A-LS-P-04 3A-E-P-02 3A-LS-P-03 NOGUCHI T. 1A-LS-O2 3A-E-P-05 NOLEN J. 2A-LS-P-02 NOMURA S. 2A-LS-P-01 NOMURA Y. 2A-E-P-01 NONAKA S. 1A-LS-P-04 2A-LS-P-04 NORI F. 2A-E-O2 NORIO F. 3A-E-P-05 NOSOV A. 2A-LS-P-07 NOUDEM J. 1A-M-O2 1A-M-P-01 1A-M-P-05 2A-M-P-02 2A-M-P-04 2A-WT-P-06 3A-M-P-03 3A-M-P-04 NOVOSELOV E. 3A-E-O2 NOYES P. 2M-LS-O2 1A-WT-P-05 NUÑEZ-CHICO A. 3A-LS-P-03 3A-LS-P-03 NUSSINOV S. 1A-E-P-03 NWACHUKWU I. 1A-LS-P-08 NYANTEH Y. 1A-LS-P-08 3A-LS-P-09 3A-WT-P-05

O OATES D. 2A-E-P-03 OBA K. 1A-LS-P-04 OBRADORS X. 1A-M-O1 2A-M-O1 2A-M-O2 3M-M-O1 3A-WT-O1 1A-M-P-04 2A-M-P-01 2A-WT-P-01 2A-WT-P-04 2A-WT-P-06 3A-M-P-02 OFFENHÄUSSER A. 1A-E-P-04 OGARKOV P. 3A-LS-P-04 OGATA M. 2A-LS-P-05 OGAWA J. 1A-M-P-01 OGAWA Y. 3A-E-P-05 OGINO H. 2M-M-O1 1A-M-P-02 2A-M-P-01 2A-M-P-03 3A-M-P-04 3A-M-P-05 3A-WT-P-01 OGISO H. 1A-WT-P-04 OGITSU T. 1A-LS-O2 2M-LS-O2 2A-LS-P-01 2A-LS-P-03 OGURO H. 1A-LS-O2 3M-LS-O1 3A-M-O1

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2A-WT-P-02 OH S. 1A-M-P-01 3A-M-P-03 OH W. 1A-WT-P-04 OH W.J. 1A-M-O1 OHDA Y. 2M-M-O1 3A-M-P-04 OHKI K. 2A-WT-P-01 OHKI S. 1A-LS-O2 OHKUBO M. 3M-E-O2 3A-E-P-05 OHSAKI H. 3M-LS-O2 3A-LS-P-04 OHSHIMA S. 1A-E-P-03 2A-E-P-04 2A-M-P-02 3A-E-P-05 OHTSU K. 1A-LS-P-04 OHUCHI H. 1A-WT-P-03 OHYA M. 1A-LS-O1 1A-LS-P-07 2A-LS-P-07 OIKAWA K. 2A-E-O2 OKA D. 3A-E-P-05 OKA T. 1A-M-P-01 3A-M-P-03 OKADA H. 3A-LS-P-06 3A-LS-P-06 OKADA T. 2A-M-P-03 OKAMURA T. 3A-LS-P-06 OKAYAMA H. 2A-WT-P-01 OKAZAKI Y. 2M-E-O1 OKI T. 3A-LS-P-03 3A-LS-P-03 OKTASENDRA F. 3A-M-P-02 OKU T. 2A-E-O2 OKUNISHI R. 1A-M-P-04 2A-M-P-01 3A-M-P-04 OLAYA D. 2A-E-P-05 OLIVEIRA A. 3A-M-P-02 OOKUBO H. 1A-LS-O2 OOTAGURO K. 2A-WT-P-04 OOTSUKA T. 1A-WT-P-04 OP 'T HOOG K. 1A-E-O1 3A-E-P-05 OPATA Y. 1A-M-P-04 OPERTI L. 2A-E-P-05 3A-LS-P-05 OPHERDEN L. 2A-M-O1 2A-M-O2 2A-M-P-02 ORGIANI P. 2A-M-O2 ORLANDO M. 2A-LS-P-06 OROSZ T. 3A-LS-P-08 ORRIS D. 2A-LS-P-02 ORTIZ W. 2A-M-O2 3A-M-O1 3A-M-P-02 ORTIZ W.A. 2A-E-P-01 ORTLEPP T. 2M-E-O1 3A-E-P-01 OSAKO T. 1A-LS-O1 OSAMURA K. 2M-WT-O1 OSBORN K. 2A-E-O2 2A-E-P-01 OSHIKUBO Y. 2A-E-P-02 OSHIMA S. 1A-LS-P-02 OSIPOV M. 1A-WT-P-01 3A-M-P-03 OSOFSKY M. 1A-WT-P-05 OTABE S.E. 1A-WT-P-01 OTANI C. 3A-E-P-05 OTANI Y. 2A-LS-P-01 OTTAVIANI I. 2A-E-P-03 OTTEN S. 3A-LS-O1 2A-WT-P-03 OTTO A. 3A-WT-P-01

OUANANI S. 3A-E-P-03 OVCHAROV A. 1A-WT-P-04 OVSYANNIKOV G. 3A-E-P-04 OZAKI T. 2A-M-O1 OZTURK H. 2A-M-P-03 3A-WT-P-01 OZTURK K. 1A-M-P-01 OZTURK O. 1A-M-P-03

P PACE S. 2A-M-P-02 PADILLA J. 1A-M-P-04 PAEZ M.V. 1A-LS-P-08 PAGANO S. 2A-M-O2 PAGE T. 1A-WT-P-05 PAGLIERO A. 2A-E-P-05 PAHLKE P. 1A-M-O1 2A-M-O1 3A-M-O1 1A-WT-P-01 2A-M-P-02 3A-M-P-03 PAIRIS S. 3A-M-P-05 PAIS DA SILVA H. 1A-LS-P-05 PALAU A. 1A-M-O1 2A-M-O1 2A-M-O1 3M-M-O1 2A-M-P-01 PALLECCHI I. 2M-M-O2 PALMA C. 1A-E-P-01 PALMER K. 2M-M-O1 2M-M-O1 3A-M-P-01 PALONEN H. 2A-M-P-02 PAL` A. 1A-M-P-01 PAMIDI S. 3A-LS-O2 1A-WT-P-05 2A-LS-P-03 PAN A. 2A-M-P-02 3A-M-P-02 3A-M-P-03 PAN C. 2A-LS-P-04 PAN X. 1A-M-P-02 3A-M-P-05 PANNU M. 1A-LS-P-02 PANTSYRNY V. 1A-LS-P-04 2A-WT-P-02 3A-WT-P-02 PAPUNASHVILI N. 2A-M-P-03 PARDO E. 3A-LS-O1 2A-LS-O2 3A-M-O1 1A-LS-P-02 3A-E-P-02 PARK B.J. 3A-LS-P-08 PARK K.J. 3A-LS-P-08 PARK M. 2M-LS-O1 3A-LS-O2 3M-LS-O1 1A-LS-P-02 PARK S.D. 2A-M-P-04 PARK S.H. 1A-LS-P-01 1A-LS-P-06 2A-LS-P-03 3A-LS-P-01 PARK S.I. 3A-LS-P-09 PARK S.J. 1A-LS-P-04 PARK Y.G. 1A-LS-P-01 3A-LS-P-01 PARKINSON B. 3A-LS-P-01 PARKS D. 3A-M-P-02 PARLATO L. 3A-E-P-05 PARRELL J. 1A-WT-O1 PASCALE L. 2A-E-P-05 3A-LS-P-05 PASHKOVSKY A. 2A-E-P-03 PASHSEV E. 1A-WT-P-04 PASQUALE A. 2A-LS-P-05 PASQUET R. 1A-LS-P-01 PASSOS C. 2A-LS-P-06

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PASUK I. 1A-M-P-05 2A-M-P-04 PATEL A. 2A-WT-P-06 3A-LS-P-04 3A-LS-P-05 PATNAIK S. 1A-M-P-01 PATRAKOV E. 2A-WT-P-02 PATURI P. 1A-M-P-04 2A-M-P-02 PAULO NETO D. 3A-M-P-01 PAULO-NETO D. 3A-M-P-04 PAVOL K. 3A-WT-P-05 PAVOLOTSKY A. 1A-M-P-03 PEARSON E. 1A-LS-P-01 PEDDIS D. 3A-E-O1 PEGRUM C. 3M-E-O1 PEI X. 3M-LS-O2 PEI Y. 3A-E-P-05 PEI- YI H. 1A-E-P-04 PEKAR�ÍKOVÁ M. 1A-WT-P-01 3A-WT-P-03 PELEGRIN J. 2M-WT-O1 3M-LS-O1 1A-LS-P-04 2A-LS-P-03 PENG W. 2A-E-P-02 3A-E-P-04 PENKIN V. 3A-LS-P-09 3A-LS-P-09 PEPE G.P. 3A-E-P-05 PEREIRA M. 1A-LS-O1 PEREIRA P. 3A-LS-P-05 PEREL E. 1A-LS-P-01 PÉREZ B. 1A-WT-P-02 PEREZ N. 1A-LS-P-08 PERRIN-BIT R. 3A-LS-P-05 PESTOV E. 2A-E-P-03 PETRISOR T. 2A-M-P-01 2A-M-P-02 2A-WT-P-01 2A-WT-P-04 3A-M-P-03 PETRISOR T.J. 2A-M-P-01 2A-M-P-02 2A-WT-P-04 PETRYKIN V. 1A-WT-O1 2A-M-P-01 3A-WT-P-02 PFEFFER A. 2A-E-O2 PFEIFFER K. 1A-WT-O1 PFISTER R. 3M-WT-O1 PHILIPPE M. 1A-M-P-01 2A-LS-P-05 PIAT M. 2A-E-P-05 PIERFEDERICI S. 1A-LS-P-02 PIETRANERA D. 1A-WT-O1 1A-WT-P-03 PINGXIANG Z. 3M-M-O2 PINHEIRO L. 3A-M-P-02 PINHO E. 1A-LS-O1 PINTO V. 2A-M-O1 1A-M-P-04 2A-M-P-01 2A-WT-P-01 PIOVAR�I S. 3A-M-P-04 PIOVARCI S. 1A-M-P-02 3A-M-P-04 PIPPEL E. 1A-M-P-03 PIQUÉ A. 1A-WT-P-05 PIRO L. 3A-E-O2 PISHCHUGIN A. 1A-LS-P-05 PISSARD M. 3M-WT-O1 PITEL J. 2A-LS-P-05 PITILLAS A. 1A-WT-P-03 POCHON O. 3M-LS-O1 PODLIVAEV A. 3A-M-P-01 3A-M-P-03

POGORZALEK S. 2A-E-O2 POKROVSKII S. 3A-M-P-03 3A-M-P-03 POLASEK A. 1A-LS-P-02 2A-LS-P-04 2A-LS-P-05 3A-LS-P-02 POLINDER H. 2A-LS-P-08 POLLEFEYT G. 1A-M-O1 2A-M-P-01 2A-M-P-01 POLTAVETS V. 1A-LS-P-08 3A-LS-P-07 3A-LS-P-09 POLYAKOV A. 1A-LS-P-06 POLYANSKII A. 1A-M-P-02 POMJAKUSHINA E. 1A-M-P-01 POMPEO N. 3M-M-O1 2A-M-P-01 2A-M-P-02 3A-M-P-03 PONG I. 2A-LS-P-02 2A-LS-P-02 PONTES M. 3A-M-P-01 POP C. 1A-M-O1 1A-M-O1 2A-M-O1 1A-M-P-04 2A-WT-P-04 POP I. 3A-E-P-05 POPA S. 1A-M-P-05 2A-M-P-04 POPOVA E. 2A-WT-P-02 POPOVICI I. 1A-LS-P-06 POPP J. 3M-E-O2 PORTESI C. 1A-E-P-03 POTHIER H. 3A-E-P-05 POTKRAJAC D. 3A-LS-P-08 PRADHAN S. 1A-LS-P-05 PRAT-CAMPS J. 1A-E-P-02 PRATAP R. 1A-WT-O1 PRAUSE B. 3A-WT-P-02 PRESTEMON S. 2A-LS-P-02 PRESTIGIACOMO J. 1A-WT-P-05 PRESZ A. 2A-M-P-04 PRIGOZHIN L. 3A-E-P-02 PRIKHNA T. 1A-M-O2 1A-M-P-05 2A-E-P-05 PRIMENKO A. 1A-WT-P-01 PROKOPEC R. 2A-WT-P-05 PROKOPENKO G. 3A-E-P-04 PRONTO A. 2A-LS-P-06 3A-LS-P-08 PROSHIN Y. 1A-M-P-03 2A-M-P-03 3A-E-P-04 PRUSSEIT W. 1A-WT-P-04 PRZYBYSZ J. 2M-E-O2 PRZYSLUPSKI P. 2A-WT-O1 3A-WT-P-05 PUFALL M. 2A-E-O1 PUFFER R. 1A-LS-P-03 PUGACH N. 2A-E-O2 PUGNAT P. 3M-WT-O1 PUICHAUD A.H. 1A-WT-P-01 2A-M-P-02 PUIG T. 1A-M-O1 2A-M-O1 2A-M-O2 3M-M-O1 3A-WT-O1 1A-M-P-04 2A-M-P-01 2A-WT-P-01 2A-WT-P-04 2A-WT-P-06 3A-M-P-02 PUJANA A. 2M-LS-O1 2A-LS-P-04 PUREUR P. 3A-M-P-02 PUTTI M. 2M-M-O2 2A-WT-O1 3A-M-O1

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1A-M-P-02 PYON S. 1A-M-P-02

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R RAASCH J. 2A-E-P-04 RACZ A. 3A-LS-P-09 RÄDLEIN E. 3A-LS-P-01 RADOVINSKY A. 1A-LS-P-01 RADUSOVSKA M. 3A-M-P-04 RAINE M. 3A-LS-O1 2M-M-O1 3M-WT-O1 2A-WT-P-03 RAISON B. 3A-LS-P-08 RAJTERI M. 1A-E-P-03 RAMANAYAKA A. 2A-E-O2 RAMASWAMY V. 1A-E-P-01 2A-E-P-04 RAMDANE B. 3A-LS-P-05 3A-LS-P-05 RAMONAT A. 3A-WT-P-03 RAMOS ÁLVAREZ A. 3A-M-P-01 3A-M-P-03 RAO A. 3A-M-P-04 RAO S.B.R. 1A-LS-P-02 RAO V. 1A-LS-P-01 1A-LS-P-04 RAO V.V. 1A-LS-P-02 RATTER K. 3A-E-P-04 RAVAIOLI E. 3M-LS-O1 2A-LS-P-02 3A-LS-P-02 RAVENSBERG K. 3M-E-O2 RAVETTA C. 3M-LS-O2 RAZMKHAH S. 3A-E-P-03 3A-E-P-05 REICH E. 3A-M-O1 REIS T. 1A-LS-O1 REISSNER M. 3A-WT-P-05 REN J. 2A-E-P-03 REN L. 1A-LS-P-01 1A-LS-P-06 3A-LS-P-03 REN Y. 3A-LS-P-04

RENDINA I. 2A-M-P-03 RENEMA J. 1A-E-O1 1A-E-O1 1A-E-P-03 3A-E-P-05 RENGELINK R. 1A-E-O1 REPP S. 1A-M-P-05 REVAZOV V. 3A-WT-P-02 REY C. 1A-M-P-05 REY-GARCÍA F. 3M-M-O2 3A-LS-P-03 REYNOLDS H. 1A-LS-P-04 RIBANI P.L. 3A-LS-P-03 RIBEIRO M. 3A-M-P-01 RICART S. 1A-M-O1 2A-M-O1 2A-M-O1 2A-M-O2 3A-WT-O1 1A-M-P-04 2A-WT-P-01 RICHTER D. 2A-M-O2 2A-LS-P-03 RIDDER M. 3M-E-O2 RIEDEL T. 2A-WT-P-04 3A-LS-P-04 RIJCKAERT H. 1A-M-O1 2A-M-P-01 2A-M-P-01 RIKEL M. 3M-M-O2 3A-WT-P-01 RINDFLEISCH M. 1A-WT-O1 2A-WT-O1 1A-LS-P-05 1A-WT-P-03 3A-WT-P-05 RINGSDORF B. 3M-WT-O1 1A-WT-P-02 1A-WT-P-05 RIPPARD W. 2A-E-O1 RIZZO F. 2A-M-O1 2A-M-O2 1A-M-P-04 2A-M-P-01 2A-M-P-02 2A-WT-P-01 3A-M-P-03 ROA J. 3A-M-P-02 ROA J.J. 3A-M-P-02 ROCH N. 2A-E-O2 3A-E-P-04 ROCHA JR E. 2A-LS-P-06 RODIN I. 1A-LS-P-05 2A-LS-P-05 RODRIGUES E. 3A-LS-P-04 RODRIGUES JR D. 1A-WT-P-03 2A-M-P-04 RODRIGUES JR. D. 3A-M-P-03 RODRIGUES P. 3A-M-P-04 RODRÍGUEZ L. 1A-M-P-04 RODRIGUEZ O. 1A-M-P-02 RODRIGUEZ ZERMENO V.M. 3A-LS-O1 2A-LS-O2 RODRIGUEZ-ZERMENO V.M. 2A-LS-P-08 ROGALLA H. 2A-E-O1 ROGER M. 2M-LS-O1 ROGERS S. 3A-M-P-01 ROGOZHKINA N. 2A-E-P-03 ROMANO A. 3A-M-P-03 ROMANO P. 3A-M-P-03 ROMANO S. 2A-M-P-03 ROMANS E. 3A-E-P-04 ROMASHOV M. 2A-LS-P-07 RONAYETTE L. 3M-WT-O1 RONG L. 2A-E-P-02 3A-E-P-03 ROS J. 2A-M-O1 ROSARIO M. 1A-LS-O1 3A-M-P-01 ROSEN Y. 2A-E-P-01 ROSOVÁ A. 1A-WT-P-03 ROSSI L. 2M-LS-O2 2A-M-P-01 3A-LS-P-01 3A-WT-P-02 ROSSI V. 3M-LS-O2

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ROSTAMI B. 1A-E-P-04 ROTHFELD R. 2A-WT-P-04 3A-LS-P-04 ROURA P. 1A-M-O1 2A-M-O1 2A-M-O2 1A-M-P-04 RUBBIA C. 1A-LS-O1 2A-LS-P-07 RUBELI T. 3A-LS-P-08 RUDNEV I. 1A-WT-P-01 2A-LS-P-04 2A-WT-P-06 3A-M-P-01 3A-M-P-03 RUDZINSKI M. 1A-M-P-03 RUF C. 3A-WT-P-05 RÜFENACHT A. 2M-E-O1 RUFOLONI A. 2A-M-O1 3M-WT-O1 1A-M-P-04 2A-M-P-01 2A-WT-P-01 3A-M-P-03 RUGGIERO B. 2M-E-O2 RUIZ H. 2A-LS-P-03 2A-LS-P-04 3A-LS-P-08 RUIZ Ó. 3M-M-O2 RUOß S. 2A-M-O2 RUPICH M. 1A-M-O1 2A-M-O1 1A-WT-P-05 RUPPERT E. 2A-LS-P-06 RUPPERT FILHO E. 2A-LS-P-06 RUSH J. 3A-M-P-01 RUSSEK S. 2A-E-O1 RUSSO R. 3A-E-O1 RUTT A. 1A-M-P-04 2A-WT-P-01 2A-WT-P-05 3A-WT-P-02 RYAZANOV A. 3A-M-P-01 RZCHOWSKI M. 1A-M-P-02

S SAARI M. 3A-E-O1 SAARI M.M. 3A-E-P-03 SABBI G. 2A-LS-P-02 2A-LS-P-02 SACCO C. 2A-M-O2 SACHIO K. 3M-M-O2 SADEGHI S. 1A-E-P-04 SADOVSKY I. 1A-M-O1 SAFRAN S. 3A-LS-O2 1A-LS-P-02 1A-M-P-03 2A-M-P-03 2A-M-P-04 3A-WT-P-01 SAGAR J. 3A-E-P-04 SAGARA A. 3A-LS-O3 1A-LS-P-05 SAHAKYAN A. 2A-M-P-03 SAHIN D. 1A-E-O1 3A-E-P-05 SAINI S. 3A-M-O1 SAITO A. 1A-E-P-03 3A-E-P-05 3A-E-P-05 SAITO K. 1A-LS-O2 SAITO T. 2A-E-P-04 SAITOU A. 2A-E-P-04 SAITOVITCH E. 3A-M-P-04 SAIWAI Y. 3M-E-O1 SAKAGAMI A. 3A-M-O1 SAKAI K. 3A-E-O1 3A-E-P-03 SAKAKIBARA R. 1A-LS-P-07 SAKAMOTO H. 1A-WT-O1 2A-WT-P-05 SAKAMOTO K. 3M-E-O1 SAKASHITA M. 2A-LS-P-01 SAKHRATOV Y. 1A-M-P-03

SAKKA Y. 3A-LS-P-06 SAKURABA J. 1A-LS-O2 SALA A. 2M-M-O2 3A-M-P-05 SALEM A. 1A-M-P-05 SALINA G. 2A-E-P-03 SALMI T. 2A-LS-P-02 SALVATORE G. 3A-LS-P-09 SAM R. 3A-M-P-05 SAMOILENKOV S. 1A-WT-O1 2A-LS-P-07 2A-WT-P-06 3A-LS-P-08 3A-WT-P-02 SAMOYLENKOV S. 3A-LS-P-09 SANCHEZ A. 1A-E-P-02 SÁNCHEZ C. 2A-M-P-01 SANCHEZ-RODRIGUEZ D. 2A-M-O2 SANDIN H. 3A-E-O1 SANDORFI A. 3A-LS-P-01 SANDU V. 2A-M-P-02 2A-M-P-04 SANFILIPPO S. 1A-LS-O2 1A-LS-P-05 SANG-IM Y. 1A-WT-P-04 SANG-KIL L. 2A-E-P-02 SANNIKOV I. 3A-M-P-02 SANO K. 3A-E-P-05 SANO T. 2M-LS-O2 SANTONI A. 1A-M-P-04 SANZ S. 2M-LS-O1 2A-LS-P-04 SARABI B. 2A-E-O2 SARDELLA E. 2A-M-P-02 SARKISYAN A. 2A-M-P-03 3A-M-P-04 SARMIENTO G. 2M-LS-O1 2A-LS-P-04 SARRESHTEDARI F. 1A-E-P-04 SARWANA S. 2A-E-P-03 SASAKI E. 3A-LS-P-03 SASAKI H. 3A-LS-P-04 SASAKI Y. 1A-LS-P-02 SASAYAMA T. 3A-E-O1 SASS F. 1A-WT-P-04 3A-LS-P-04 3A-LS-P-04 SATAROU Y. 2A-LS-P-07 SATCHELL N. 2A-E-O2 SATHYAMURTHY S. 1A-M-O1 2A-M-O1 SATO H. 2M-M-O2 SATO K. 2A-M-P-02 SATO K.I. 1A-WT-O1 SATO O. 3A-LS-O1 2A-M-P-03 SATO S. 2A-LS-P-01 SATO T. 1A-M-P-01 SATO Y. 1A-LS-P-07 SAVA�KAN B. 3A-LS-P-04 SAVASKAN B. 1A-M-P-05 SAVELYEV V. 1A-WT-P-04 3A-LS-P-04 SAVOLDI L. 3A-LS-O1 3A-LS-O3 SAWAMURA T. 2A-LS-P-07 SAWH R.P. 3A-M-P-02 SAZONOV P. 3A-LS-P-04 SCHACHAM S. 2A-E-P-04 SCHAF J. 3A-M-P-02 SCHEITER J. 1A-M-O2 1A-M-P-05 1A-WT-P-02

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SCHELLER T. 2A-E-O1 SCHELLEVIS J. 2A-LS-P-08 SCHEUERLEIN C. 2A-M-O2 2M-WT-O1 3M-M-O2 3M-M-O2 3A-M-P-01 3A-WT-P-01 3A-WT-P-05 SCHILD T. 2A-LS-P-01 SCHILLING A. 3A-E-P-05 SCHIPPERS M. 1A-LS-O2 SCHIRRMEISTER P. 2A-WT-P-04 3A-LS-P-04 SCHLENGA K. 1A-WT-O1 3A-WT-P-02 SCHLOM D. 2A-M-O2 SCHMALZLE J. 2A-LS-P-02 SCHMELZ M. 3A-E-P-03 SCHMID A. 2A-E-P-04 SCHMIDL F. 3A-E-P-04 SCHMIDT F. 1A-LS-O1 SCHMIDT S. 1A-M-P-01 2A-E-P-05 3A-E-P-04 SCHNEIDER M. 2A-E-O1 1A-LS-P-01 SCHNEIDER R. 1A-M-P-02 SCHNEIDER T. 1A-M-P-04 3A-WT-P-05 SCHNETTLER A. 1A-LS-P-03 SCHNIZER P. 3M-LS-O1 SCHOENAU T. 3A-E-P-03 SCHÖN G. 2A-E-P-05 SCHUKIN A. 2A-WT-P-06 SCHULTZ L. 1A-M-O1 2A-M-O1 3A-M-O1 1A-M-P-02 1A-WT-P-04 2A-M-P-02 3A-LS-P-07 SCHULTZ M. 1A-E-P-03 SCHURIG T. 2M-E-O2 3A-E-P-03 SCHWALL R. 2M-E-O1 SCHWARTZ J. 2A-WT-O1 1A-M-P-05 3A-LS-P-03 3A-M-P-01 3A-WT-P-01 3A-WT-P-03 SCHWENK F. 3A-E-P-05 SCURTI F. 3A-LS-P-03 SEDILLO R. 3A-E-O1 SEDLAK K. 3A-LS-O3 2A-LS-P-05 2A-WT-P-03 SEGAL C. 2A-WT-P-02 SEIBEL S. 1A-LS-P-03 SEIDEL M. 1A-LS-O2 SEIDEL P. 1A-M-O2 1A-M-P-01 2A-E-P-05 2A-E-P-05 3A-E-P-04 SEIKI M. 2A-LS-P-07 SEILER E. 2A-LS-P-03 SEKIMOTO Y. 3A-E-P-05 SEKINE M. 3A-E-P-05 SEKIYA N. 2A-E-P-04 SELIG S. 1A-E-P-03 SELVAMANICKAM V. 1A-WT-O1 SEMENIKHIN V. 3A-LS-P-09 SEMENOV A. 1A-E-O1 2A-E-O2 1A-E-P-03 2A-E-P-01 SEMENOV E. 3A-M-P-01 SEMENOV V. 2M-E-O1

SENATORE C. 2A-WT-O1 3A-WT-O1 2A-M-P-01 3A-WT-P-02 SENIK K. 1A-LS-P-05 SEOKHO K. 3A-LS-P-09 SEONG-JOO L. 3A-E-P-03 SEONG-MIN H. 3A-E-P-03 SERCOMBE D. 2M-LS-O1 1A-LS-P-08 1A-LS-P-08 SERDYUKOVA E. 1A-WT-P-04 SERGEEV A. 1A-E-P-03 SERGEEV V. 2A-WT-P-02 SERI M. 3M-WT-O1 SERVAIS T. 1A-LS-P-01 SETOYAMA Y. 2M-M-O1 3A-M-P-04 3A-M-P-04 SEVERIN S. 2A-LS-P-06 SHADRIN A. 3A-E-P-04 SHAHROUR I. 2A-LS-O2 SHAINLINE J. 3A-E-P-05 SHAINUROV R. 2A-M-P-01 SHAKARYAN Y. 2A-LS-P-07 SHANE K. 2A-E-P-02 SHANEHSAZZADEH F. 1A-E-P-04 1A-E-P-04 3A-E-P-03 SHAOLIN Y. 2A-E-P-04 SHAPOVALOV A. 1A-M-O2 1A-M-P-05 2A-E-P-05 SHARAFIEV A. 3A-E-O1 1A-E-P-01 2A-E-P-05 3A-E-P-03 SHATERNIK A. 1A-M-O2 1A-M-P-05 SHATERNIK V. 1A-M-P-05 2A-E-P-05 SHAVKIN S. 1A-WT-P-04 3A-M-P-01 3A-WT-P-02 SHAW M. 1A-E-O1 SHAYNUROV R. 2A-M-P-01 SHCHERBAKOV V. 1A-LS-P-06 SHELLY C. 3A-E-P-04 SHEN B. 1A-LS-P-06 SHEN S. 3A-LS-P-03 SHEN T. 2A-WT-O1 3A-WT-P-01 SHENGELAYA A. 1A-M-P-01 SHENGNAN Z. 3M-M-O2 SHEPTYAKOV D. 1A-M-P-01 SHI J. 3M-M-O1 1A-LS-P-01 2A-E-P-05 SHI Y. 2M-M-O1 1A-LS-P-04 1A-M-P-01 1A-WT-P-05 3A-M-P-01 3A-M-P-04 3A-M-P-04 SHI Y.H. 2M-M-O1 3A-LS-P-07 SHI Z. 1A-M-P-02 SHIBANO Y. 3M-E-O1 SHIBATA H. 3A-E-O2 3M-E-O2 SHIBATANI S. 3A-LS-P-06 SHIFENG S. 3A-LS-P-01 SHIGETA H. 2A-LS-P-04 SHIGUE C. 2A-LS-P-06 SHIGUEOKA J. 1A-WT-P-05 SHIM J.H. 3A-E-O1 1A-E-P-04 3A-E-P-03 3A-E-P-03 SHIMADA Y. 1A-WT-P-03 2A-M-P-04

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SHIMAKAGE H. 1A-E-P-03 SHIMIZU T. 1A-LS-O2 SHIMODA T. 3A-E-P-05 SHIMOYAMA J. 2A-M-P-04 SHIMOYAMA J.I. 2M-M-O1 3A-M-O1 1A-M-P-01 1A-M-P-02 2A-M-P-01 2A-M-P-03 2A-M-P-04 3A-M-P-04 3A-M-P-05 3A-WT-P-01 SHIN H.S. 3A-WT-P-03 SHINTOMI T. 1A-LS-O1 SHIOHARA Y. 3A-WT-O1 SHIOTSU M. 1A-LS-P-04 2A-LS-P-04 2A-LS-P-06 SHIRAI Y. 1A-LS-P-04 2A-LS-P-04 2A-LS-P-06 2A-LS-P-06 3A-LS-P-01 3A-LS-P-02 SHIRAKAWA N. 2A-M-P-03 SHISHIDO H. 2A-E-O2 SHITOV S. 3A-E-O2 1A-E-P-03 SHKARUBA V. 2A-LS-P-02 SHKOLIN S. 3A-LS-P-02 SHRIKANT K. 3A-M-P-02 SHRUTI . 1A-M-P-01 SHUTOVA D. 3A-LS-P-02 SHUTTLEWORTH R. 3M-LS-O2 SHYSHKIN O. 1A-WT-P-01 2A-WT-P-03 3A-WT-P-01 SI F. 1A-E-P-03 SICA L. 1A-E-P-03 SIDOROV S. 1A-LS-P-05 SIDOROVA M. 1A-E-O1 1A-E-P-03 SIEGEL M. 1A-E-O1 2A-E-O1 2A-E-O2 3A-E-O2 3M-E-O2 1A-E-P-03 3A-E-P-05 SIEGER M. 1A-M-O1 2A-M-O1 2A-M-O2 3A-M-O1 1A-WT-P-01 2A-M-P-02 3A-M-P-03 SIGOV A. 3A-LS-P-04 SILHANEK A. 2A-M-O2 2A-E-P-01 SILVA E. 3M-M-O1 1A-M-P-04 2A-LS-P-07 2A-M-P-01 2A-M-P-02 3A-M-P-01 3A-M-P-03 SILVIA G. 1A-E-P-03 SIMON A. 1A-M-P-01 SIMONETTI D. 2A-LS-P-08 SINANNA A. 2A-LS-P-01 SINGH S. 1A-M-P-02 SINTAS X. 3A-WT-O1 SINTES X. 2A-WT-P-01 SIRENA M. 2A-E-P-05 SIRI A. 1A-M-O2 SIROIS F. 3A-LS-O1 2M-WT-O1 3M-LS-O2 1A-M-P-01 3A-LS-P-05 SISOEV M. 3A-LS-P-05 SKARBA M. 1A-WT-P-01 3A-WT-P-03 SKROTZKI W. 1A-WT-P-01 SLADE R. 3A-LS-P-01 SMEIBIDL P. 3A-LS-P-02 SMIRNOV A. 2A-LS-P-02 SMIRNOV K. 1A-E-P-03 SMITH A. 3M-LS-O2

SOBOLEWSKI R. 3A-E-P-05 SOGABE Y. 2M-LS-O2 2A-LS-P-01 SOHMA M. 1A-WT-P-04 SOHN S.H. 1A-LS-P-04 SOJKOVÁ M. 2A-M-P-03 SOKOLOVSKIY V. 1A-M-O2 SOKOLOVSKY V. 3A-E-P-02 SOLER BRU L. 1A-M-O1 SOLOVIEV I. 3A-E-O1 3A-E-P-03 3A-E-P-04 SOLOVIOV M. 2A-WT-P-06 SOLOVYOV M. 3A-LS-O1 3A-LS-P-01 3A-LS-P-06 SOLOVYOV V. 2A-M-O1 SOMER M. 1A-M-O2 1A-M-P-05 SONG D. 3A-M-O1 SONG H. 1A-LS-P-06 3A-LS-P-01 SONG M. 1A-WT-P-03 SONG P. 3A-LS-O2 2A-LS-P-08 3A-LS-P-09 SONG X. 2A-LS-P-08 SONG Y. 1A-LS-P-05 2A-LS-P-05 SÓÑORA VIDAL D. 3A-M-P-01 3A-M-P-03 SORIAGA R. 1A-WT-O1 SORT J. 1A-M-P-04 SOSA S. 1A-M-P-03 SOSSO A. 2A-E-O1 2A-E-P-03 2A-E-P-05 SOTELO G. 1A-LS-P-02 2A-LS-P-05 2A-WT-P-05 3A-LS-P-02 3A-LS-P-04 3A-LS-P-04 SOTGIU G. 1A-M-P-04 2A-M-P-01 3A-M-P-03 SOTNIKOV D. 1A-WT-P-04 ŠOUC J. 3A-LS-O1 2A-LS-O2 2A-WT-O1 3M-LS-O2 3A-LS-P-01 3A-LS-P-06 SOUSA R. 3A-LS-P-04 SOUSA W. 1A-LS-P-02 SOYAMA K. 2A-E-O2 ŠPANKOVÁ M. 2A-M-P-03 SPARING M. 2A-M-O1 3A-LS-P-07 3A-LS-P-07 SPELLER S. 2M-WT-O1 3M-M-O2 3A-WT-P-03 SPILLER P. 3M-LS-O1 SPINA T. 2A-M-O2 3A-M-P-01 SPLETT J. 2A-M-O2 SRIVASTAV P. 1A-M-P-01 STAFFORD B. 1A-WT-P-04 STAHL C. 2A-M-O2 STAINES M. 1A-LS-P-02 STANGL A. 2A-M-O1 2A-M-P-01 STARCH W. 2A-M-O2 STATERA M. 1A-WT-P-02 3A-LS-P-01 STAUFFER T. 2A-M-O2 STEFAN W. 1A-M-P-05 STEFFEN E. 2A-LS-P-06 STEMMLE M. 1A-LS-O1 STENVALL A. 3A-LS-P-05

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STEPANOV B. 2A-LS-P-05 2A-WT-P-03 STEPHAN R. 3A-LS-P-04 STEPIEN M. 3A-LS-P-09 STEREN L. 2A-E-P-05 STERN M. 3A-E-P-05 STEVENS M. 3A-E-P-05 STIEHA J. 3A-WT-P-01 STOLZ R. 2A-E-P-03 3A-E-P-03 STORM J.H. 2M-E-O2 3A-E-P-03 STOYAKIN V. 3A-WT-P-02 STRAKA W. 1A-M-P-05 STRASIK M. 2M-M-O1 STRAUSS S. 1A-LS-P-07 ŠTRBÍK V. 2A-M-P-03 STRICKLAND N. 1A-WT-P-01 2A-M-P-02 3A-M-P-03 STROBEL P. 3A-M-P-05 STROEMER J. 2A-WT-P-05 STRÖMER J. 1A-M-O1 3A-M-O1 SU M. 1A-LS-P-05 SUÁREZ P. 1A-WT-P-02 2A-LS-P-06 SUGANO M. 3M-M-O2 2A-LS-P-03 3A-WT-P-05 SUGIHARA K. 2A-M-O1 SUGIMOTO M. 2A-WT-P-02 SUGINO M. 2A-LS-P-05 SUGINO S. 1A-M-O2 SUGISAKI M. 2A-E-P-02 SUGIURA T. 3A-LS-P-04 SULPICE A. 3A-M-P-05 SUMPTION M. 1A-WT-O1 1A-LS-P-05 SUN G. 2A-E-P-05 SUN J. 1A-LS-P-04 1A-LS-P-07 1A-WT-P-01 3A-WT-P-01 SUN L. 3M-E-O1 2A-E-P-04 3A-E-P-03 SUN P. 1A-M-O1 SUN R. 3A-LS-O2 2A-E-P-05 3A-LS-P-09 SUN Y. 1A-M-P-02 SUNDAHL C. 1A-M-P-03 SUNDARAM A. 1A-WT-O1 SUNDARAN A. 1A-LS-P-02 SUNG H.J. 2M-LS-O1 3M-LS-O1 SUNG-KYU K. 3A-LS-P-09 SUNIL K. 1A-LS-P-07 2A-LS-P-04 SUO H. 1A-M-P-04 2A-WT-P-01 SURIN M. 1A-LS-P-06 SURREY E. 3A-WT-P-03 SUVOROV O. 2A-E-P-05 SUZUKI K. 1A-LS-P-07 SUZUKI T. 3M-E-O2 SVERDUN V. 1A-M-O2 SVETOGOROV R. 1A-WT-P-04 SVISTUNOVA O. 3A-WT-P-02 SWISTUNOVA O. 1A-M-P-04 SYED MAHOBOOB I. 1A-LS-P-07 SYKES A. 1A-LS-P-05 SYLVESTER C. 2A-LS-P-02

SYROVATIN V. 2A-LS-P-02 SYTNIKOV V. 1A-LS-P-04 2A-LS-P-07

T T T. 3A-E-P-05 TACHIKAWA K. 3M-WT-O1 TAEN T. 1A-M-P-02 TAFURI F. 2M-E-O2 TAGUCHI K. 2A-M-O1 TAILLACQ A. 3A-LS-P-08 TAINO T. 3A-E-P-05 TAKADA S. 1A-LS-P-04 TAKAGI A. 1A-WT-P-05 2A-WT-P-02 TAKAGI K. 2M-E-O1 TAKAGI N. 2M-E-O1 TAKAGI T. 3A-LS-P-03 TAKAHASHI M. 1A-LS-O2 2A-E-P-04 2A-LS-P-01 3A-LS-P-06 TAKAHASHI Y. 2A-E-P-05 TAKAHATA K. 1A-LS-P-04 1A-LS-P-05 TAKAHIRO A. 3A-LS-P-03 TAKAMI S. 1A-LS-P-04 TAKANARI K. 1A-E-P-01 TAKANO H. 1A-LS-P-04 2A-LS-P-07 TAKANO Y. 2M-M-O2 2M-M-O2 3A-M-P-01 TAKAO T. 1A-LS-O1 3A-LS-P-03 TAKASAKI K. 3A-WT-O1 TAKAYAMA S. 1A-LS-O2 2A-LS-P-03 TAKAYANAGI H. 3A-E-O2 TAKEDA S. 1A-WT-O1 TAKEKAZU I. 3A-E-P-05 TAKESHITA N. 2A-M-P-03 TAKEUCHI N. 2M-E-O1 3A-E-P-01 3A-E-P-01 TAKIGAWA H. 2A-WT-O1 1A-WT-P-03 TALANTSEV E. 1A-WT-P-01 2A-M-P-02 2A-WT-P-03 TALLOULI M. 1A-WT-P-01 2A-WT-P-03 3A-WT-P-01 TALVACCHIO J. 2M-E-O2 TAMBA J. 2M-E-O1 TAMEGAI T. 1A-M-P-02 2A-M-P-02 3A-M-P-01 TAMURA H. 3A-LS-O3 1A-LS-P-05 TAMUS Z. 3A-LS-P-08 TANABE K. 2A-E-P-02 TANAKA H. 2M-WT-O1 2A-M-P-04 3A-WT-P-03 TANAKA K. 3A-WT-O1 3A-LS-P-03 3A-LS-P-06 TANAKA M. 2M-E-O1 3M-E-O2 3A-E-P-05 TANAKA R. 1A-LS-O2 1A-WT-P-05 TANAKA S. 1A-E-P-03 1A-E-P-04 3A-E-P-03 3A-E-P-05 TANAKA Y. 2A-M-P-02 TANCÁR J. 2A-LS-P-05 TANCHON J. 1A-LS-P-04

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TANCHUK V. 1A-LS-P-05 TANEDA T. 3A-WT-O1 TANG X. 2A-M-P-01 TANG Y. 1A-LS-P-01 1A-LS-P-06 2A-LS-P-01 3A-LS-P-03 TANIGUCHI S. 2M-E-O1 3A-E-P-04 TANSKI J. 2A-WT-P-05 TAO B. 2A-WT-P-04 TAO X. 1A-E-O1 TARALLI E. 1A-E-P-03 TARANITINI C. 1A-M-P-02 TARANTINI C. 2M-M-O2 3A-M-O1 1A-M-P-01 2A-WT-P-02 TARASENKO O. 2A-LS-P-02 TARENKOV V. 1A-M-P-01 TARTAGLIA M. 2A-LS-P-02 TARTARI A. 2A-E-P-05 TASAKI K. 1A-LS-O2 2A-LS-P-01 2A-LS-P-03 TATARA H. 2M-WT-O1 3A-WT-P-05 TATENO Y. 1A-M-P-03 TATSUMOTO H. 1A-LS-P-04 TAYLAN KOPARAN E. 1A-M-P-05 TAYLOR B. 2M-E-O2 TAYLOR R. 3A-LS-P-08 TAYLOR T. 2A-LS-P-02 TEIXEIRA P. 1A-LS-O1 TEN KATE H. 3A-LS-O3 3M-LS-O1 1A-LS-P-05 1A-WT-P-05 3A-LS-P-02 TENDELOO G.V. 1A-M-O1 TERACHI Y. 3A-LS-P-04 TERAI H. 2A-E-O1 3M-E-O2 1A-E-P-01 2A-E-P-05 TERANISHI R. 2A-WT-P-04 TERAUCHI N. 3A-E-P-02 TERAZAKI Y. 3A-LS-O3 TERESIAK A. 2M-M-O2 TERUO I. 1A-WT-P-04 TESHIMA H. 2M-M-O1 1A-M-P-01 2A-E-P-04 2A-LS-P-05 2A-LS-P-05 THIELE S. 2M-WT-O1 THIMONT Y. 2A-WT-P-06 THOMAS H. 1A-LS-O1 2A-LS-P-07 TIAN B. 2A-LS-P-06 TIAN H. 2A-WT-P-01 2A-WT-P-01 TIM C. 1A-LS-P-06 TIMMERMANS M. 2A-M-O2 TITOV A. 3A-LS-P-02 TIXADOR P. 1A-LS-O1 2M-LS-O2 1A-LS-P-01 1A-LS-P-06 3A-E-P-02 3A-LS-P-01 3A-LS-P-04 3A-LS-P-05 3A-LS-P-08 TODESCO E. 2A-LS-P-02 TOEPFER H. 3A-E-P-02 TOGANO K. 2M-M-O2 TOKURA Y. 3A-E-O2 2A-E-P-01 TOLLAKSEN J. 1A-E-P-03 TOLPYGO S. 2A-E-O1 2A-E-P-03 TOMASSETTI G. 3M-WT-O1

TOMIOKA A. 2A-LS-P-01 TOMITA M. 1A-M-O2 3M-LS-O2 1A-LS-P-07 TOMKÓW &. 2A-WT-P-06 TOMOYA O. 1A-LS-P-06 TOMSIC M. 1A-WT-O1 1A-LS-P-05 TOMSKI M. 1A-WT-P-03 TORAL F. 2A-LS-P-04 TOROKHTII K. 3M-M-O1 2A-M-P-02 3A-M-P-03 TORRE A. 3A-LS-O1 TORRES A. 1A-LS-O1 2A-LS-P-07 TOSAKA T. 2A-LS-P-01 TOSHIO K. 1A-LS-P-07 TOSHIYUKI M. 1A-LS-P-06 TOSI L. 3A-E-P-05 TOULEMONDE P. 3A-M-P-05 TOUSSAINT J. 3M-E-O2 TOUZERY R. 2A-LS-P-01 TOYOTA H. 1A-E-P-04 TREJO PIZZO D. 2A-E-P-01 TRILLAUD F. 2A-LS-P-03 2A-LS-P-08 3A-LS-P-03 TRINCHERA B. 2A-E-P-03 TROCIEWITZ U. 2A-LS-O2 2M-LS-O2 3M-M-O2 1A-WT-P-05 3A-LS-P-01 TROPEANO M. 1A-LS-O1 1A-WT-O1 2M-LS-O1 1A-WT-P-03 3A-WT-P-03 TRUCCATO M. 1A-M-P-01 2A-E-P-05 3A-LS-P-05 TSENG C.C. 1A-E-P-03 TSUBOUCHI H. 1A-WT-P-05 2A-WT-P-02 TSUCHIYA Y. 3M-LS-O1 3A-M-O1 3M-M-O1 TSUDA M. 1A-LS-O1 1A-LS-P-07 TSUI Y. 3A-WT-P-03 TSUJI Y. 2A-LS-P-01 TSUJIGAMI H. 1A-LS-O1 TSUJIMOTO M. 1A-E-P-01 TSUJITAKE S. 2M-M-O1 3A-M-P-05 TSUKADA I. 1A-M-P-02 TSUKADA K. 3A-E-O1 3A-E-P-03 TSUKAMOTO A. 2A-E-P-02 2A-E-P-02 TSUKAMOTO O. 3A-LS-P-03 TSUKANOV V. 2A-LS-P-02 TSUKIGI Y. 2A-LS-P-01 2A-LS-P-01 TSUMURA K. 3A-E-O2 TSUNE A. 2M-E-O1 TSURUDOME T. 1A-LS-O2 TSURUI R. 2A-E-P-04 TSUYA D. 3A-E-O2 TSUYUMOTO I. 1A-M-P-03 TSUZUKI K. 3A-LS-P-01 TSVITKOVSKYI V. 3A-M-P-02 TULINOVA E. 3A-LS-P-09 TUMANOV V. 2A-M-P-03 TUMINO A. 1A-WT-O1 1A-WT-P-03 TUNIO M. 2A-LS-P-02

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TURCK B. 2A-LS-O2 TURQUETI M. 2A-LS-P-05 TURTU' S. 3A-LS-O3 TWIN A. 1A-LS-O2 1A-LS-P-05 TYMPEL V. 3A-E-P-04

U UCHIMA T. 2A-WT-P-01 UEDA H. 1A-LS-P-06 2A-LS-P-01 UENO E. 1A-LS-P-06 UGLIETTI D. 2M-WT-O1 2A-LS-P-05 3A-LS-P-03 ULYSSE C. 1A-E-P-01 2A-E-P-05 3A-E-P-03 UMEDA M. 2A-M-P-03 UNDERWOOD J. 2M-E-O1 UNEZHEV V. 3A-M-P-01 UPPADA V.R. 2A-LS-O2 URA M. 3A-E-O1 URANO C. 2M-E-O1 2A-E-P-03 URAYAMA S. 2A-LS-P-01 URBAITIS A. 3A-E-O1 URBINA C. 3A-E-P-05 UšÁK E. 3A-LS-O1 3A-LS-P-06 UšÁKOVÁ M. 3A-LS-O1 3A-LS-P-06 USENMEZ K. 3A-E-P-05 USOSKIN A. 1A-M-O1 1A-WT-O1 3A-M-O1 3A-WT-O1 1A-LS-P-04 1A-M-P-04 2A-WT-P-01 2A-WT-P-04 2A-WT-P-05 2A-WT-P-06 3A-WT-P-02 USTINOV A. 3A-E-O2 1A-E-P-02 1A-E-P-03 USURUMARTI P. 1A-LS-P-07 USURUMARTI P.R. 2A-LS-O2 1A-LS-P-07 2A-LS-P-04 UTSUNOMIYA S. 3M-LS-O1 UZAWA A. 3A-M-P-02 UZAWA Y. 1A-E-P-03 UZUN Y. 2A-E-P-05

V VACELET T. 3M-E-O1 VACHTOMIN Y. 1A-E-P-03 VAJDA I. 3A-LS-P-09 VALERIO CUADROS M. 1A-M-P-03 VALERIO M. 3A-M-O1 VALESI G. 1A-WT-O1 1A-WT-P-03 3A-WT-P-03 VALLE R. 1A-WT-O1 1A-WT-P-03 VALLÉS F. 1A-M-O1 2A-M-O1 3M-M-O1 2A-M-P-01 VALOVA-ZAHAREVSKAYA E. 2A-WT-P-02 VALZASINA A. 3M-LS-O2 VAN DE VONDEL J. 2A-M-O2 2A-E-P-01 VAN DER KUUR J. 3M-E-O2 VAN DER LAAN D. 2M-WT-O1 3M-WT-O1 1A-WT-P-05

VAN DER LAAN D.C. 3A-LS-O1 VAN DRIESSCHE I. 1A-M-O1 2A-M-P-01 2A-WT-P-06 VAN EXTER M. 1A-E-O1 1A-E-P-03 3A-E-P-05 VAN NUGTEREN B. 2M-LS-O2 VAN NUGTEREN J. 2M-LS-O2 VAN TENDELOO G. 1A-M-O1 2A-M-O1 2A-M-O2 1A-WT-P-01 2A-M-P-02 2A-WT-P-01 VAN TENDELOO S. 1A-M-O1 VAN ZANTEN D. 2A-E-P-01 VANDEN BUSSCHE D. 2A-M-P-01 2A-WT-P-06 VANDERBEMDEN P. 2M-M-O1 1A-M-P-01 2A-LS-P-05 3A-LS-P-06 3A-M-P-03 VANDERHEYDEN B. 2M-M-O1 1A-M-P-01 2A-LS-P-05 3A-LS-P-06 3A-M-P-03 3A-M-P-03 VANDORE J. 3A-WT-P-03 VANNOZZI A. 2A-M-O1 3M-WT-O1 1A-M-P-04 2A-M-P-01 2A-WT-P-01 2A-WT-P-01 3A-M-P-03 VARGAS-LLANOS C.R. 2A-LS-P-08 VASILIEV A. 1A-WT-P-04 VASYLKIV O. 1A-M-P-05 VÁVRA I. 1A-WT-P-01 VAZQUEZ C. 2A-LS-P-04 VÁZQUEZ RAMALLO M. 3A-M-P-03 VAZQUEZ V. 3A-M-P-01 VEDRINE P. 1A-LS-O2 VEGA G. 2A-LS-O2 VEIRA J.A. 2A-WT-P-06 VEIRA SUÁREZ J. 3A-M-P-03 VENUGOPAL G. 3A-WT-P-01 VERBRUGGEN P. 3M-LS-O1 VERMA V. 3A-E-P-05 VERWEIJ A. 3M-LS-O1 3A-LS-P-02 VERZHBITSKY L. 1A-LS-P-08 2A-LS-P-08 3A-LS-P-07 3A-LS-P-09 VESAGHI M.A. 1A-E-P-03 2A-E-P-01 VESTGARDEN J. 2A-M-O2 VETTOLIERE A. 2A-E-O2 2M-E-O2 3A-E-O1 VIANNA A. 1A-WT-P-03 2A-M-P-04 VIDAL COSTA F. 3A-M-P-01 3A-M-P-03 VIDAL F. 2A-WT-P-06 VIEIRA V. 3A-M-P-02 VIERRATH S. 2M-WT-O1 VIGNOLO M. 1A-M-O2 VILARDELL M. 3A-WT-O1 2A-WT-P-01 2A-WT-P-04 2A-WT-P-06 VILHENA N. 2A-LS-P-06 2A-LS-P-06 3A-LS-P-08 3A-LS-P-08 VILLAREJO B. 1A-M-O1 2A-M-O1 1A-M-P-04 VILLEGAS J. 2A-E-P-05 VILLEGIER J.C. 2A-E-P-03 VINCENZO L. 2M-E-O2

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VIOLA R. 2A-LS-P-03 2A-LS-P-08 VION D. 3A-E-P-05 VITUSEVICH S. 1A-E-P-01 VIZNICHENKO R. 1A-LS-O2 VLAD V. 3A-M-O1 3A-WT-O1 2A-WT-P-06 VLAD V.R. 2A-WT-P-01 2A-WT-P-04 VODOLAZOV D. 2A-E-P-01 VOGRIN�I� P. 2A-M-P-03 VOISIN E. 1A-LS-P-01 VOJEN�IAK M. 2A-WT-P-06 3A-LS-P-01 VOJENCIAK M. 3M-LS-O2 3M-WT-O1 1A-WT-P-05 VOJTKOVA L. 3A-M-P-04 VOLEGOV P. 3A-E-O1 2A-E-P-02 VOLKOV A. 2A-LS-P-02 VOLKOV P. 1A-WT-P-04 VOLOCHOVA D. 3A-M-P-04 3A-M-P-04 VORONCHENKO S. 3A-LS-P-04 VOSTNER A. 2A-LS-P-03 VYAS G. 1A-LS-P-07 VYSOTSKY V. 3A-LS-O1 1A-WT-P-04 2A-LS-P-07

W WALTMAN S. 2M-E-O1 WAN C. 3A-E-P-05 WANDERER P. 2A-LS-P-02 WANG C. 3A-E-P-05 WANG C.Y. 1A-E-P-03 WANG D. 1A-M-P-02 3A-LS-P-07 3A-LS-P-09 WANG G. 2M-M-O1 WANG H. 1A-M-O1 1A-M-P-04 2A-E-P-02 WANG J. 3M-E-O1 WANG L. 1A-M-P-02 2A-LS-P-03 WANG L.M. 1A-E-P-03 WANG M. 3A-M-P-04 WANG M.W. 1A-E-P-04 WANG Q. 1A-E-O1 1A-E-P-03 2A-LS-P-01 2A-LS-P-03 2A-WT-P-02 3A-E-P-05 3A-WT-P-05 WANG S. 1A-E-P-03 1A-M-P-03 WANG T. 2A-LS-P-01 3A-LS-P-02 3A-LS-P-03 WANG X. 3M-E-O1 1A-LS-P-07 1A-M-P-02 2A-E-P-04 2A-LS-P-01 2A-LS-P-02 2A-LS-P-02 3A-E-P-03 3A-M-P-05 WANG X.R. 2A-M-P-02 WANG Y. 1A-LS-P-06 1A-M-P-02 1A-M-P-04 2A-E-P-02 2A-E-P-05 3A-LS-P-01 3A-LS-P-06 WANG Z. 1A-E-P-03 1A-LS-P-06 1A-M-P-03 2A-E-P-02 2A-LS-P-01 3A-E-P-04 3A-E-P-05 3A-LS-P-01 3A-LS-P-03 WARBURTON P. 3A-E-P-04 WARREN D. 1A-LS-O2 WATANABE C. 3M-E-O1

WATANABE E. 3A-E-O2 WATANABE H. 1A-LS-P-04 1A-LS-P-04 1A-LS-P-07 1A-WT-P-01 2A-LS-P-07 WATANABE K. 1A-LS-O2 3M-LS-O1 3A-M-O1 3M-M-O1 1A-M-P-02 2A-LS-P-07 2A-WT-P-01 2A-WT-P-02 3A-LS-P-05 WATANABE M. 1A-LS-O1 WATANABE N. 2A-E-P-05 WATANABE T. 2A-LS-P-01 3A-LS-P-03 3A-LS-P-06 3A-LS-P-06 WATANABE Y. 3A-E-P-03 WATAZAWA K. 1A-LS-O2 1A-LS-P-06 WEBER H.W. 1A-M-O2 WEI P. 1A-E-P-03 WEI Z. 3M-LS-O2 2A-LS-P-06 WEIDNER M. 3A-LS-P-01 WEIGAND M. 2A-M-O2 WEIJERS H. 2A-WT-O1 1A-WT-P-05 WEIMANN T. 2M-E-O2 3A-E-P-03 WEINSTEIN R. 3A-M-P-02 WEISS J. 1A-M-P-01 1A-M-P-02 WEISS K. 3M-WT-O1 WEISS K.P. 1A-LS-P-03 WEISSL T. 2A-E-O2 WELLS F. 2A-M-P-02 3A-M-P-03 WELLSTOOD F. 2A-E-O2 WELP U. 1A-M-O1 2A-M-O1 WEN P. 1A-E-P-02 WEN X. 1A-LS-P-05 WENDISCH R. 2A-E-O1 WENYONG G. 1A-LS-P-01 WÉRA L. 1A-M-P-01 2A-LS-P-05 3A-LS-P-06 3A-M-P-03 3A-M-P-03 WERFEL F. 2A-WT-P-04 3A-LS-P-04 WESCHE R. 2M-WT-O1 3A-LS-O3 2A-LS-P-05 3A-LS-P-03 WESSEL S. 2M-LS-O2 2A-WT-P-03 WESSEL W.A.J. 3A-LS-O1 WESTIG M. 1A-E-P-03 WIEBKE G. 2A-E-O2 WIEDERHOLD A. 1A-M-P-05 WIESENMAYER E. 1A-M-P-02 WILLERING G. 3M-LS-O1 WILLIAMS J. 3A-E-P-04 WILSON W. 1A-E-P-01 WIMBUSH S. 1A-WT-P-01 2A-M-P-02 3A-M-P-03 WINKEL D. 1A-LS-P-03 WINKELMANN C. 1A-E-P-04 2A-E-P-01 2A-E-P-05 3A-LS-P-05 WINKLER A. 2A-WT-P-01 WINKLER D. 3A-E-P-04 WOJTASIEWICZ G. 1A-LS-P-02 WOJTNIAK B. 3A-WT-P-02 WOLAK M. 3M-E-O1 2A-E-P-01 WOLF T. 3A-E-P-04 WOLFF-FABRIS F. 3A-M-P-02 WOLFUS S. 1A-LS-P-01

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WOLSKY A. 2A-LS-O2 WONJAE O. 1A-WT-P-04 WOSIK J. 2A-LS-P-01 WOTHERSPOON R. 1A-LS-O2 WOZNIAK M. 1A-LS-O2 WOZNY L. 2A-WT-P-03 WU H. 2A-LS-P-05 WU J. 3M-M-O1 2A-E-P-02 WU M. 3A-M-P-05 WU M.K. 3A-M-P-05 WU P. 1A-E-O1 1A-M-P-03 2A-E-P-01 3A-E-P-05 WU Q. 3A-LS-O2 2A-LS-P-08 3A-LS-P-09 WU W. 2A-M-P-01 WU Y. 3M-E-O1 1A-E-P-02 1A-LS-P-04 1A-LS-P-05 2A-LS-P-04 2A-WT-P-03 WUENSCH S. 1A-E-O1 3A-E-O2 1A-E-P-03 2A-E-P-04 3A-E-P-05 WULFF A. 1A-M-P-04 2A-WT-P-06 WULSCHNER F. 2A-E-O2 WÜNSCH S. 3A-E-P-05 WURMEHL S. 2M-M-O2 WYSOKINSKI K. 3A-E-P-02

X XI X. 3M-E-O1 2A-E-P-01 XIAO S. 1A-M-P-04 XIAO Y. 2A-LS-P-04 XIAO Z. 3A-LS-P-08 XIAOBO M. 3M-M-O2 XIAORONG W. 2A-LS-P-02 XIE E. 2A-E-O2 XIE L. 1A-M-P-02 XIE M. 1A-E-P-04 2A-E-P-02 XIE X. 2A-E-P-02 3A-E-P-03 XIN Y. 3M-LS-O2 1A-LS-P-03 2A-LS-P-06 2A-LS-P-06 XINJIE Z. 2A-E-P-04 XIONG X. 3A-WT-P-05 XU A. 1A-WT-O1 XU H. 1A-LS-P-05 XU J. 3A-E-P-03 3A-LS-P-04 3A-LS-P-07 XU K. 3A-M-P-04 XU L. 3A-M-P-05 XU Q. 2M-E-O1 3A-E-P-01 XU R. 1A-E-O1 XU W. 1A-M-P-03 2A-E-P-05 XU X. 2A-E-P-02 XU Y. 2M-LS-O1 1A-LS-P-08 1A-M-P-04 XU Z. 2A-E-P-04 XURIGUERA E. 1A-M-P-04 XUZHI D. 3A-LS-P-01

Y YACHIDA T. 3A-LS-P-02 YAGAI T. 1A-LS-O1

YAGI M. 2A-LS-P-07 YAGOTINTSEV K. 2M-WT-O1 YAGOTINTSEV K.A. 3A-LS-O1 YAGUCHI H. 1A-LS-O1 2A-LS-P-07 YAHIA A.B. 1A-WT-O1 YAKITA H. 2A-M-P-03 3A-M-P-05 YAMADA H. 3A-E-P-05 YAMADA K. 2A-WT-P-04 YAMADA S. 1A-LS-P-07 1A-WT-P-03 YAMADA T. 2M-E-O1 1A-M-P-02 2A-E-P-03 2A-E-P-04 YAMADA Y. 1A-M-P-04 1A-M-P-04 1A-WT-P-03 2A-M-P-01 3A-M-P-04 YAMAGISHI K. 3A-LS-P-07 YAMAGUCHI H. 2A-E-O2 2A-E-P-05 YAMAGUCHI I. 1A-WT-P-04 YAMAGUCHI K. 2A-LS-P-04 YAMAGUCHI S. 1A-LS-P-04 1A-LS-P-07 1A-WT-P-01 2A-LS-P-07 2A-WT-P-03 3A-WT-P-01 YAMAKAWA H. 2A-LS-P-01 YAMAMORI H. 2M-E-O1 YAMAMOTO A. 1A-M-O2 1A-M-O2 2M-M-O1 1A-M-P-01 2A-M-P-01 2A-M-P-04 3A-M-P-04 3A-M-P-05 3A-WT-P-01 3A-WT-P-05 YAMAMOTO J. 3M-E-O2 YAMAMOTO M. 1A-E-P-04 YAMAMOTO R. 3M-LS-O1 YAMAMOTO T. 3M-E-O1 1A-E-P-01 YAMANASHI Y. 2M-E-O1 3A-E-P-01 3A-E-P-05 YAMASAKI H. 1A-M-P-03 1A-WT-P-04 YAMASHITA A. 3A-M-P-01 3A-M-P-01 YAMASHITA T. 2A-E-O1 3M-E-O2 YAMAZAKI K. 1A-WT-O1 YAMAZAWA K. 2M-E-O1 YAN G. 3A-M-P-05 3A-WT-P-05 YAN K. 2A-WT-P-02 YANAGI N. 1A-LS-O1 3A-LS-O3 1A-LS-P-05 1A-LS-P-06 YANAGISAWA Y. 1A-LS-O2 YANAMOTO T. 2A-LS-P-04 YANASE E. 2A-LS-P-04 YAÑEZ R. 2A-M-O1 YANG C. 3A-M-P-05 YANG D. 3A-M-P-05 YANG E.K. 1A-M-O1 1A-WT-P-04 YANG F. 3A-WT-P-05 YANG H.C. 1A-E-P-04 1A-E-P-04 YANG H.S. 1A-LS-P-04 YANG K. 2A-E-P-02 2A-E-P-02 YANG L. 3A-LS-P-08 YANG P. 3A-M-P-04 YANG S.E. 3A-LS-P-08 YANG T.W. 1A-E-P-03 YANG W. 3A-M-P-04 YANG Y. 2M-LS-O2 2M-WT-O1 3M-LS-O1 1A-LS-P-04 2A-LS-P-03 2A-LS-P-04 2A-LS-

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P-08 2A-M-P-02 3A-LS-P-04 YANICHE J.F. 3M-LS-O1 YANMAZ E. 3A-LS-O2 1A-LS-P-02 1A-M-P-05 2A-M-P-04 3A-M-P-04 YANPENG Q. 1A-M-P-01 YAO C. 2M-M-O2 3A-M-O1 1A-M-P-02 YASUDA K. 2A-M-P-03 YASUI T. 1A-LS-P-07 YAZDI S. 1A-WT-P-01 2A-M-P-02 YE L. 3A-WT-P-01 YE S. 2A-WT-O1 2M-WT-O1 1A-WT-P-03 3A-WT-P-05 YEOM H. 1A-LS-P-04 1A-LS-P-04 YESHURUN Y. 1A-LS-P-01 YI W. 2A-M-P-01 YIM S.W. 1A-LS-P-04 YIZHE O. 3M-LS-O2 YOKOYAMA K. 1A-M-P-01 3A-M-P-03 YOKOYAMA S. 3A-LS-P-01 3A-LS-P-02 YONEDA K. 2A-LS-P-06 3A-LS-P-01 YONEMURA N. 2A-LS-P-06 3A-LS-P-02 YONG C. 1A-LS-P-01 YONG Z. 2A-M-P-01 YONG-HO L. 2A-E-P-02 YONNET J.P. 3A-LS-P-04 YONUK C. 2A-E-P-01 YOO J.E. 3A-LS-P-08 YOO S.I. 1A-M-O1 1A-WT-P-04 YOON J. 1A-LS-P-02 YOON J.Y. 1A-LS-P-02 YOON K.Y. 3A-LS-P-01 3A-LS-P-09 YOON Y.S. 1A-LS-P-01 3A-LS-P-01 3A-LS-P-09 YORITA T. 1A-LS-P-06 YOSHIDA J. 1A-LS-P-06 YOSHIDA K. 2A-LS-P-01 YOSHIDA S. 2M-E-O1 YOSHIDA T. 3A-E-O1 1A-M-P-01 YOSHIDA Y. 2A-M-O1 3A-M-O1 3M-M-O1 3M-M-O1 YOSHIKAWA M. 3A-LS-P-02 YOSHIKAWA N. 2M-E-O1 3A-E-P-01 3A-E-P-05 YOSHIZUMI M. 2A-WT-P-04 YOU L. 3A-E-P-05 YOU X. 1A-E-P-03 YOUNG E. 2M-WT-O1 3M-LS-O1 2A-LS-P-03 2A-M-P-02 YU B. 2A-LS-P-01 YU I.K. 2M-LS-O1 3A-LS-O2 3M-LS-O1 1A-LS-P-02 YU K.K. 3A-E-O1 1A-E-P-04 3A-E-P-03 YU M. 2A-LS-P-02 2A-WT-P-03 YU S.D. 3A-LS-P-08 YU W. 1A-LS-P-05 YU Z. 1A-M-P-04 3A-LS-P-04 YUAN F. 1A-M-P-02 1A-M-P-02 YUAN W. 3A-LS-O2 1A-WT-P-02 2A-LS-P-

03 2A-LS-P-06 YUAN X. 3A-LS-P-04 3A-LS-P-07 YUEJIN T. 3A-LS-P-01 3A-LS-P-08 YUH S. 1A-WT-P-04 YUJI T. 1A-WT-P-04 YUKIO Y. 2A-LS-P-07

Z ZADOROSNY R. 2A-M-P-02 ZAESKI A. 3A-WT-P-05 ZAGOSKIN A. 2A-E-O2 ZAITSEV A. 1A-M-P-02 ZAKOSARENKO V. 3A-E-P-03 ZALESKI A. 2A-WT-O1 1A-WT-P-03 ZAMORA, A. 1A-LS-P-08 ZANAVESKIN M. 2A-M-P-01 2A-M-P-01 ZANDI H. 2A-E-P-03 ZANEGIN S. 2A-LS-P-07 ZANI L. 2A-LS-O2 3A-LS-O3 ZANINO R. 3A-LS-O1 3A-LS-O3 ZANKER S. 2A-E-P-05 ZARGARYAN E. 3A-M-P-04 ZEHETMAYER M. 3A-M-O1 ZEN N. 3M-E-O2 3A-E-P-05 ZENG P. 2A-WT-P-04 ZENG X. 3A-E-P-05 ZERMEÑO V. 2A-LS-O2 1A-WT-P-02 3A-LS-P-04 ZHAI J. 2A-E-P-05 ZHAI Y. 3A-M-P-01 ZHANG C. 2A-E-P-02 2A-LS-P-06 3A-LS-P-04 3A-LS-P-07 ZHANG G. 3A-LS-P-04 3A-LS-P-06 ZHANG H. 1A-LS-P-06 1A-M-P-04 2A-LS-P-03 ZHANG K. 1A-WT-P-05 1A-WT-P-05 2A-LS-P-05 ZHANG L. 1A-E-O1 1A-E-P-03 2A-E-P-01 3A-E-P-04 3A-E-P-05 ZHANG M. 3A-LS-O2 1A-LS-P-03 1A-WT-P-02 2A-LS-P-03 2A-LS-P-06 3A-LS-P-03 3A-LS-P-08 ZHANG P. 1A-M-P-04 1A-WT-P-05 ZHANG Q. 2M-M-O2 1A-M-P-02 2A-LS-P-08 ZHANG S. 1A-E-O1 2A-E-P-02 ZHANG T. 3M-E-O1 ZHANG W. 3A-E-P-05 ZHANG X. 2M-M-O2 3M-E-O1 3A-M-O1 1A-M-P-02 1A-WT-P-04 3A-E-P-05 3A-LS-P-08 ZHANG Y. 1A-WT-O1 1A-E-P-04 1A-LS-P-08 1A-M-P-03 2A-E-P-05 2A-LS-P-01 2A-WT-P-05 3A-E-P-03 3A-LS-P-07 3A-LS-P-09 3A-M-P-05 3A-WT-P-01 ZHANG Z. 2A-LS-P-03 2A-LS-P-03 ZHAO Q. 1A-E-O1 3A-E-P-04 ZHAO W. 3A-M-P-04

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ZHAO Y. 1A-E-P-03 1A-M-P-04 1A-WT-P-01 2A-M-P-01 2A-M-P-01 2A-WT-P-01 2A-WT-P-06 3A-M-P-03 3A-M-P-05 ZHEN W. 2A-E-P-05 ZHENG J. 1A-LS-P-05 3A-LS-P-04 ZHENG X. 3A-LS-P-04 ZHONG L. 2A-E-O2 ZHOU C. 3A-LS-O1 1A-LS-P-05 ZHOU T. 2A-LS-P-05 ZHOU Z. 1A-E-O1 3A-E-P-05 ZHU G. 2A-LS-P-01 ZHU S. 1A-E-P-02 ZHU Y. 2A-WT-P-04 2A-WT-P-04

ZHURAVEL A. 1A-E-P-02 ZIEGER G. 3A-E-P-05 ZIELKE L. 2M-WT-O1 ZIMMERS A. 2A-E-P-05 ZIQ K. 1A-M-P-05 ZORIN A. 1A-E-P-03 2A-LS-P-02 ZOU J. 3A-LS-O1 3A-LS-P-05 3A-LS-P-07 ZOU S. 2A-LS-O2 ZUBAVICHUS Y. 1A-WT-P-04 ZUBKO V. 3A-LS-O1 2A-LS-P-07 ZUCHOWSKA E. 2A-WT-O1 3A-WT-P-05 ZWECKER V. 1A-LS-P-03

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