2012 25th International

Symposium on Discharges and

Electrical Insulation in Vacuum

(ISDEIV 2012)

Tomsk, Russia

2-7 September 2012

IEEE Catalog Number: CFP12430-PRT

ISBN: 978-1-4673-1263-9

Table of Contents

File name Title & AuthorsPages in the

Proceedings

Al-O-01.pdf Studies in Inverse Magnetron Discharges ofVacuum Interrupters -

Part 3 - Anomalies

L.T. Falkingham, R. Reeves, S. Mistry

1-4

Al-O-02.pdf Investigation of the Role of X-ray Photons in the Pre-Breakdown

Current in Vacuum Interrupter Gaps

K. Hencken

5-8

Al-O-03.pdf Validation progresses of the Voltage Holding Prediction Model at

the High Voltage Padova Test Facility HVPTF

A. De Lorenzi, N. Pilan, A. Pesce, E. Spada

9-13

Al-O-04.pdf Investigation on Influence of Current Interruption on V-t

Characteristics of Vacuum Interrupters

T. Furukawa, M. Ueda, K. Hidaka, H. Ikeda, A. Kumada, S. Sato,

S. Nishimura, H. Shimizu, T. Shioiri, M. Homma

14-17

Al-O-05.pdf Conditioning Characteristics of Multi-gap Electrode System in

Vacuum

Hiroki Kojima, Yasutomo Otake, Ryoki Nishimura, Naoki

Hayakawa, Kosuke Hasegawa, Hitoshi Saito, Yasitshi Noda,

Hitoshi Okubo

18-21

Al-O-07.pdf Property of 126kV Vacuum Circuit Breaker Based on three

40.5 kV Fiber-Controlled Vacuum Interrupter Modules in Series

Minfu Liao, Xiongying Duan, Xian Cheng, Zhihui Huang and

Jiyan Zou

22-25

Al-P-01.pdf Emission and postemission of charged particles in vacuum at low

values of an external electric field

N. V. Tatarinova

26-28

Al-P-02.pdf Detachment of a Macroparticle from the Electrode Surface under

Rapidly-rising Voltage Conditions

E. Nejyodtsev

29-32

Al-P-03.pdf <

<

Change of electric strength of vacuum insulation after the action

Df atomic hydrogen on the electrodes

S. Onischenko, E. Nefyodtsev

33-35

Al-P-04.pdf Dependence of Asperity Depth on Secondary Electron Emission

Coefficient

Sho Fujita, Torn Iwao and Motoshige Yumoto

36-40

Al-P-05.pdf Application ofresearch in field emitter arrays to the breakdown of

contacts in vacuum

E.D. Taylor

41-44

Al-P-06.pdf Withstand Strength of Metallic Surfaces in Vacuum

P.N. Stoving

45-48

Al-P-07.pdf Dependence of the Ion Energy in Vacuum Spark Plasma Flow on

Current Pulse Shape Features

Yu.A. Zemskov

49-52

Al-P-08.pdf Simulation of Metal Vapor Breakdown after Interrupting a

Vacuum Arc

Zhenxing Wang, Yingsan Geng, Zhiyuan Liu

53-56

Al-P-09.pdf Significance of Shields in High Voltage Performance of Vacuum

Interrupters

Sandeep Kulkarni, Hemachander M, Arun Kumar, S Saravanan,

Viren Acharya, Srinivas Rayudu

57-59

Al-P-10.pdf Influence of No-load Operation and Current Switching on

Breakdown Characteristics of High Voltage Vacuum Interrupters

at Contact Gap 30 mm

Yingyao Zhang, Zhiyuan Liu, Yingsan Geng

60-63

Al-P-ll.pdf A High Efficiency Conditioning Method of Vacuum Interrupters

by High Frequency Voltage Impulses

He Yang, Yingsan Geng, Zhiyuan Liu, Xiaoshe Zai, Chaoran Wang

64-67

Al-P-12.pdf Charge Behavior and Partial Discharge Characteristics on Alumina

Dielectrics under AC Voltage Application in Vacuum

H. Kojima, M. lshida, N. Hayakawa, M, Hanai, M. Homma,

T. Shioiri,

H. Okubo

68-71

Al-P-13.pdf Breakdowns of vacuum interrupters behind front of a lightning

impulse

L. Rylskaya

s 72-75

Al-P-14.pdf On the participation of molecules adsorbed to the cathode surface

in the initial stage of a high-voltage vacuum discharge

Yu.A. Barengolts, S.I. Beril

76-79

Al-P-17.pdf Cold Emission of Negative Ions from the Graphite with the Rough

Surface

D.N. Sinelnikov, V.A. Kurnaev, N. V. Mamedov, A.P Popov

80-82

Al-P-18.pdf Microscopic Observation and Analysis of Field Electron Emission

Sites by using an Electron Emission Microscope and Auger

Electron Spectrometer

Tomohiro Kanai, Yasushi Yamano, Shinichi Kobayashi, Yoshio

Saito

83-86

Al-P-19.pdf Experiment and Analysis for Characterization of Electric

Discharge System with Floating Conductor

MyungKi Baek, Young Ki Chung, Se Hee Lee, 11 Han Park

87-90

Al-P-20.pdf Static electric field distribution of hybrid circuit breaker Based on

Ansoft

Cheng Xian, Duan Xiongying, Chen Jianhua, Liao Minfu, Zou

jiyan

91-94

Al-P-21.pdf Investigation of the High Current Stagesin Pseudospark Discharge

Yu.D. Korolev, O.B. Frants, N.V. Landl, VS. Kasyanov, A.V.

Bolotov,

LA. Shemyakin

95-98

A2-O-01.pdf Electron probe micro analysis and surface resistance measurement

investigation of copper chrome coatings on vacuum circuit

breaker ceramic surfaces following switching operations

/. Gramberg, M. Kurrat, D. Gentsch

99-102

A2-O-02.pdf Different Performance of UV Laser Induced Surface Flashover

Le Xu, Meng Wang, Jian Jun Deng, Feng Li, Zun Yang

103-106

A2-O-03.pdf Surface charge characteristics on insulators in vacuum under DC

voltage

Feng Li, Meng Wang, Yingmin Dai, Lin Chen, Jing Ren

107-110

A2-P-02.pdf Polar pattern of ion-plasma beams formed in vacuum flashover o:

inclined surface ofpolymer in the field ofa plane capacitor

A.S. Gilev, R.F. Emlin, PA. Morozov, S.O. Cholakh

111-113

A2-P-03.pdf i

j

\nalysis of a 36kV Vacuum Interrupter Based on a Triple Junction

Shielding Research

I. DelRioEtayo

114-116

A2-P-04.pdf Cathode-like Luminescence on Vacuum-dielectric Interface under

)C Voltage Based on Self-stabilizing Secondary Electron

Emission

Jiang-Yang Zhan, Guan-Jun Zhang, YanLang, Xue-Zeng Huang

117-120

A2-P-05.pdf Experimental Test and Simulation Analysis on Surface Flashover

Characteristics of Embedded Electrode into Machinable Ceramic

in Vacuum

Xue-Zeng Huang, Jiang-Yang Zhan, Hai-Bao Mu, Guan-Jun

Zhang,

Xin-Pei Ma

121-124

A2-P-06.pdf Development Process of Impulse Surface Discharge in Vacuum

Yusuke Nakano, Hiroki Kojima, Naoki Hayakawa, Kenji Tsuchiya,

Hitoshi Okabo

125-128

A2-P-07.pdf Secondary Electron Emission Measurements of Dielectric

Window Materials

Bai-Peng Song, Xi-WeiHao, Guan-Jun Zhang

129-132

A2-P-08.pdf Relationship between Vacuum Surface Flashover and Charging

Characteristics for Various kinds ofAlumina Ceramics

H. Fukuda, Y. Yamano, S. Kobayashi, S. Michizono, Y. Saito, T.

Maeda

133-136

A2-P-09.pdf The Method of Power Capacitor Partial Discharge Signa

Extraction Based on Several Algorithms Fusion

Huang Zhi-chao, Yan Hong-yan, Fan Xing-ming, Yang Sheng-

zhen, Li Zhen,

Liang Cong

137-140

A2-P-10.pdf Control of Surface Charge on Insulating Hollow Cylinder b>

Using Shield Ring in Vacuum

Yusuke Shimizu, Hiroshi Morii, Osamu Yamamoto

141-144

A2-P-ll.pdf Multipactor Simulation of Grooved Dielectric Window Surface

Bai-Peng Song, Xi-Wei Hao, Jun-Bo Deng, Guan-Jun Zhang

145-148

A4-P-01.pdf features of the Channel Formation During the Voltage Generator

with the 1-MV/ns-voltage-rise-rate Discharge to the Coaxial Line

Containing either Closed via Microconductor or Open-ended Gap

N.B. Volkov, S.V. Barakhvostov, M.B. Bochkarev, K.A. Nagayev,

O.R. Timoshenkova

149-152

A4-P-03.pdf Determination of the distribution of the field enhancement factor

of matrix of field emitter

S, Korolev

153-156

Bl-O-01.pdf Field Electron Emission Current in Vacuum Interrupters after

Large Inrush Current

R.RP. Smeets, S. Kidvenhoven, S. Chakraborty, G. Sandolache

157-160

Bl-O-02.pdf Investigation of correlation between vacuum breakdown

phenomena and field emission current during shunt capacitor

switching

Taiki Donen, Mitsuru Tsukima, Shinji Sato, Tomokazu Yoshida

161-164

Bl-O-03.pdf Investigations on Quenching by Transient or Instability

Phenomena in a Small DC Current Vacuum Arc

Yusuke Kuroki, Seibou Miyamoto, Eiji Kaneko

165-168

Bl-O-04.pdf Research on the reignition condition for DC arc forcing

interruption

Liu Bin, Wu Jianwen, Xin Chao, Zhu Dying

169-172

Bl-O-05.pdf High current vacuum arc investigation with new innovative TMF-

AMF contacts

T. Lamara, D. Gentsch

173-176

Bl-O-06.pdf Measurements of Anode Temperature around Current Zero

Following Interruption of High Currents

A. Schneider

177-180

Bl-P-01.pdf A study of vacuum levels in a sample of long service vacuum

interruptersL.T. Falkingham, R. Reeves, S. Mistry, C.H. Gill

181-184

Bl-P-02.pdf The Lifetime of a High-Current Triggered Vacuum Switch with

Multi-Gap

Zhengyang Zhou, Ling Dai, Yanzhao Wang, Fuchang Lin

185-188

Bl-P-03.pdfi

I

iffects of Trace Te on the Anti-welding Property of Cu-30CrTe

Uloy Contact Material

3aihe Miao, Jinglin Xie, Jianping He, Gnoxun Liu, Wenbin Wang,

Kiaojun Wang

189-192

Bl-P-04.pdfr

i

rriggered vacuum switch with an axial magnetic field

Vf. Akhmetgareev, D. Alferov, R. Bunin, D. Evsin, V. Sidorov

193-196

Bl-P-05.pdf ,Analysis of Current Transfer Process during the Open Operating

n Large Current Vacuum Interrupters with Dual-Contact

Li Yu, Shun Yuan, Feng Li

197-200

Bl-P-06.pdf Investigations on Contact Erosion in Vacuum Circuit Breakers by

Arc Rotation Measurements with External Magnetic Field Sensors

T. Rettenmaier, V. Hinrichsen, A. Lawall, E.D. Taylor, J.

Teichmann

201-204

Bl-P-07.pdf Influence of Supply and Load Circuit Parameters on the Chopping

Phenomena ofVacuum Interrupters

P. Halbach, V. Hinrichsen, K. Ermeler, E.D. Taylor, J. Teichmann

205-208

Bl-P-08.pdf Testing procedure for the current interruption capability of

vacuum interrupter contact materials

T. Delachaux, F. Rager, R.A. Simon, D. Gentsch

209-212

Bl-P-09.pdf Welding behavior of vacuum interrupters equipped with CuCr

contact material caused by making and breaking operations under

short circuit current interruption

Dietmar Gentsch, Kai Gorlt

213-216

Bl-P-10.pdf Capacitive Current Switching Capability of 72.5 kV High-Voltage

Vacuum Interrupters

S. Giere, R. Rem, F. Richter, N. Trapp

217-220

Bl-P-ll.pdf Development of a Vacuum Circuit Breaker with Breaking anc

Switching capability

Byoung-Chul Kim, Sung-TaeKim, Kil-Young Ahn, Jong-Ho Lee

221-223

Bl-P-12.pdf Functionally Graded Copper Chromium based Vacuum InterrupterContact Tip and its Interruption Ability

Srinivas Rayudu, Sandeep Kulkarni, Lalichan.Andrews,

Janemejay Nemade

224-227

Bl-P-13.pdf Capacitive Current Switching of Vacuum Interrupters and InrusI

Currents

He Yang, Yingsan Geng, Zhiyuan Liu

i 228-231

Bl-P-14.pdf Characteristics of Triggered Vacuum Switch with Single Axial

Magnetic Electrode for High Frequency Current Interruption

Xiongying Duan, Xian Cheng, Minfu Liao, Jiyan Zou

2?>2-2?>5

Bl-P-15.pdf Distribution Property of Transient Recovery Voltage of Vacuum

Switch with Multi-break during Short-circuit Current Interruption

Cheng Xian, Duan Xiongying, Ge Guowei, Liao Minfu, Zou Jiyan

236-239

Bl-P-16.pdf Numerical Simulation of Overvoltage Generated at Switching on

Medium-voltage Motors with the aid ofDifferent Circuit Breakers

A.M. Chaly, VS. Minaev

240-243

Bl-P-17.pdf Interrupting Capability of the AMF Electrodes in the External

Transverse Field

IN. Poluyanova, V.A. Bugayov

244-247

Bl-P-18.pdf Evaluation of residual charge after a forced extinguishing of the

vacuum arc

A. Klajn

248-250

Bl-P-19.pdf High current interruption performance of vacuum interrupter with

double-TMF contacts

T. Lamara, D. Gentsch, K. Hencken

251-254

Bl-P-20.pdf Experimental Study of Sheath Dynamics after Current Zero of

AMF-Stabilized Vacuum Arc

A. Schneider, S. Popov, H. Schellekens, G. Sandolache, A.

Batrakov

255-257

Bl-P-21.pdf Limit Rate of Current Rise in Triggered Vacuum Switch

D.F. Alferov, Ya.I. Londer, K.N. Ulyanov

258-261

Bl-P-22.pdf Triggering Characteristic of TVS and Its Application Research in

Synthetic Making Test for High Voltage Circuit-breakers

Zhang Xin, Fan Xing-Ming, Huang Zhi-chao, Zou Qi-Tao, Liang

Cong,

Shi Wei-Jian

262-265

Bl-P-26.pdf Fast switch with laser initiation

V.L. Paperny, I. V. Romanov, Yu. V. Korobkin, N.G. Kiselev

266-268

Bl-P-27.pdf On breaking capacity of the CuCr25 composite material producecwith electron-beam cladding

A.V. Schneider, S.A. Popov, V.G. Durakov, B.V. Dampilon, S.Z

Dekhonova,

A. V. Batrakov

269-271

Bl-P-28.pdf^

i

jivestigations of Transient Processes at Vacuum Circuit Breaker

Switching and Development of Technical Requirements for 6-

35 kV Vacuum Circuit Breakers

4.A. Bazavluk, L.I. Sarin, A.I. Shirkovets, A. V. Telegin

272-276

B2-O-01.pdf Influence of magnetic field on direction of cathode spot plasma jet

propagation

K.K. Zabello, S.U. Myatovich, A.A. Logachev, S.M. Shkol'nik

277-280

B2-O-02.pdf Arcing Behavior on TMF Contacts at Intermediate-Frequency

Zhu Liying, Wu Jianwen, Liu Bin, Feng Ying

281-284

B2-P-01.pdf nfluence of centrifugal drift on mass-separation of ions of plasma

low in a curved magnetic field

ZI. Krasov, N. V. Lebedev, V.L. Paperny

285-288

B2-P-03.pdf The Influence of Lagged Axial Magnetic Field on the Distribution

of Cathodes Spots in Current-zero Stage ofVacuum Arc

Xiaochuan Song, Zongqian Shi, Shenli Jia, Lijun Wang, Yingkui

Zhang

289-292

B2-P-04.pdf Experimental Investigation on the Effect of Vacuum Arc on

Removing Oxide Layer on Metal-tube Surface in a Transverse

Magnetic Field

Zongqian Shi, Wenhui Li, Na Yan, Yingkui Zhang, Xiaochuan

Song, Shenli Jia,

Lijun Wang

293-296

B2-P-06.pdf Magnetic Field Influence on the Ecton Processes Ignition anc

Sustainment

Mikhail M. Tsventoukh, Gennady A. Mesyats, Sergey A. Barengolts

297-300

B2-P-07.pdf Experimental investigation on the expansion speed of cathode

spots in high-current triggered vacuum arc

Xiaochuan Song, Zongqian Shi, Chang Liu, Shenli Jia, Lijun Wang

301-304

B3-O-01.pdf Phase Transitions in Vacuum Arcs in the Context of Liquid Meta

Arc Sources

Andre Anders, Jonathan Slack

305-308

B3-O-02.pdf Spectroscopy of Single Vacuum Arc Cathode Spots with Improvec

Sensitivity

R. Methling, S. Popov, A. Batrakov, D. Uhrlandt, K.-D. Weltmann

309-312

B3-O-03.pdf Simulation and experimental studies of anode activities in high-current vacuum arcs

ShenliJia, Dingge Yang, Lijun Wang, Zongqian Shi

313-316

B3-O-04.pdf Modeling Cathode Spots in Vacuum Arcs Burning on Multi-

Component Contacts

M.S. Benilov, L.G Benilova, M.D. Cunha, W. Hartmann, A.

Lawall, N. Wenzel

317-320

B3-O-05.pdf Numerical Simulation of Multi-Component Arcs in High-Current

Vacuum Interrupters

N. Wenzel, S. Kosse, A. Lawall, R. Renz, W. Hartmann

321-324

B3-O-06.pdf Effective Cathode Voltage and Ion Current Measurements in a

Vacuum Arc with a Black Body Electrode Configuration

Beilis, Y. Koulik, R.L. Boxman

325-328

B3-P-01.pdf Transient modeling and simulation of high current vacuum arc

under different conditions

Lijun Wang, Ling Zhang, Lilan Hu, Shenli Jia, Xin Zhou, Haijing

Wang,

Zongqian Shi

329-332

B3-P-05.pdf Influence of Contact Solid Angle on Anode Spot Formation

Threshold Current in Vacuum Circuit Breakers

Guowei Kong, Zhiyuan Liu, Yingsan Geng, Hid Ma, Xiaohui Xue

333-336

B3-P-06.pdf An Influence of an Ambient Magnetic Field Induced by a NearbyParallel Conductor on High-current Vacuum Arcs

Xiaofei Yao, Jianhua Wang, Yingsan Geng, Zhiyuan Liu, Guowei

Kong

337-340

B3-P-07.pdf Model of the Short Vacuum Arc at Collision Free Motion of Ions

Ya.l. Londer, K.N. Ulyanov

341-344

B3-P-08.pdf Method of determination of the electron density in the gap oi

high-current vacuum arc on the base of continual radiation

analysis

A.A. Logachev, M. V. Lisnyak

345-348

B3-P-09.pdf Comparison of the characteristics of vacuum arc cathode spots on

the tungsten and the molybdenum electrodes

A.M. Chaly, Yu.A. Barinov, K.K. Zabello, S.M. Shkol'nik

349-352

B3-P-10.pdf Kinetic model of short vacuum arc with active anode

D.L. Shmelev

353-356

B3-P-ll.pdf EGnetic model of heating of metal microdroplet by surrounding

plasma

D.L. Shmelev, I. V. Uimanov

357-360

B3-P-12.pdf Kinetic model of initiation of explosion center on cathode under

dense plasma

D.L. Shmelev, S.A. Barengolts

361-364

B3-P-13.pdf Cathode Spot Development on a Bulk Cathode in a Vacuum Arc

II. Beilis

365-368

B3-P-14.pdf Study of Voltage Drop Dynamics for Vacuum Arc and Thyristor

Connected in Parallel

S.A. Popov, A. V. Schneider, A. V. Batrakov, V.A. Lavrinovich

369-371

B3-P-15.pdf Ion Angular Distribution in Vacuum Arc Plasma

A.G. Nikolaev, GYu. Yushkov, K.P. Savkin, E.M. Oks

372-375

B3-P-16.pdf Ignition and Sustainment of the Explosive Electron Emission

Cyclic Pulses - Ectons by Plasma-Surface Interaction

Sergey A. Barengolts, GennadyA. Mesyats, Mikhail M. Tsventoukh

376-379

B3-P-19.pdf Theory ofAnode Region of High-Current Vacuum Arc

Ya.I. Londer, K.N. Ulyanov

380-383

B3-P-20.pdf Mass-Energy Analysis of Ions in the Anode Plasma Created by

High-Current Vacuum Spark

S.A. Popov, A. V. Batrakov

384-387

B4-O-01.pdf 3D time-dependent model and simulation of high-current vacuum

arc in commercial axial magnetic fields vacuum interrupters

Lijun Wang, Zhonghao Qian, Shenli Jia, Zongqian Shi

388-391

B4-O-02.pdf Parameters influencing the electrical conductivity of CuCr alloys

K. von Klinski-Wetzel, C. Kowanda, M. Boning, M. Heilmaier,

REM. Milller

392-395

B4-O-03.pdf 2D Reaction-Diffusion Computation of Charge Trapping evolution

in Dielectric materials submitted to an electron beam irradiation

A. Aoufi, G. Damamme

396-397

B4-P-02.pdf Numerical Modeling of Plasma Phenomena Using the PIC-method

L. V. Vshivkova, G.I. Dudnikova

398-400

B4-P-03.pdf Ill-posed problems of physical electronics

Sergy V. Korolev

401-402

B4-P-04.pdf About Correct Processing of Energy Analizyr Measurement

Results in the Plasma Physics

S.V.Korolev

403-404

B4-P-05.pdf [11-posed problems of the emission electronics

D.S. Korolev, S. V. Korolev

405-408

B4-P-06.pdf A Prediction for Breakdown Voltages in Supercritical CO2 Using

Artificial Neural Network

CM. Zhang, J.D. Zhu, Z.B. Yang, B.H. Jiang

409-412

B4-P-09.pdf The Relationship Research between the Internal Pressure and

Shield Potential in Vacuum Interrupters

Liu Xu-dong, Fan Xing-ming, Zhang Xin, Zou Qi-tao, Fan Jian-

rong,

Liang Cong, Shi Wei-jian

413-416

B4-P-10.pdf The K Value Determination Research of Advanced Breaking

Current Weighted Cumulative Method for VCB Electrical

Endurance Detection

Fan Xing-ming, He Jia-min, Zhang Xin, Liang Cong, Huang Zhi-

chao,

Shi Wei-jian

417-420

B4-P-ll.pdf Study on Reignition Characteristics of 126 kV Vacuum Circuit

Breaker with Triple Breaks

Shengwen Shu, Jiangjun Ruan, Daochun Huang, Gaobo Wu,

Chang Liu

421-424

B5-O-01.pdf Pulsed generators on base of LTD stages with vacuum insulation

in a secondary turn

A.V. Kharlov, B.M. Kovalchuk, E.V. Kumpyak, A.A. Zherlitsyn

425-428

B5-P-01.pdf Numerical simulation on the influence of some parameters on wire

electrical explosion based on a OD model

Yao Li, Zongqian Shi, Shenli Jia, Lijun Wang, Xingwen Li

429-432

B5-P-02.pdf Vacuum Insulation of a Ferromagnetic Core in a Megaampere

Load Current Multiplier

V.A. Kokshenev

433-436

B5-P-03.pdf Microsecond plasma opening switch: pro et contra

V.A. Kokshenev

437-440

Cl-O-01.pdf An investigation into late breakdown phenomena during capacitor

switching performances in relation with vacuum interrupter design

and field emission current

G. Sandolache, S. Chakraborty, L. Gaches, R. Smeets, S.

Kuivenhoven,

P. Novak, P. Beer

441-444

Cl-O-02.pdf Voltage Behavior of Vacuum Circuit Breaker in Case of Series

Connected

H. Anji, S. Yanabu

445-448

Cl-O-03.pdf Improved glass-ceramic envelope for vacuum interrupters

R.S. Parashar

449-452

Cl-O-04.pdf Impulse Voltage Generator Design and the Potential Impact on

Vacuum Interrupter De-conditioningM.B.J. Leusenkamp

453-456

Cl-O-05.pdf Development of a new Vacuum Interrupter for disconnecting and

breaking in a Shielded and Solid Insulated Switchgear

Cyril Nicolle, Hans Schellekens, Albin Henon, Christian Mombard

457-460

Cl-P-01.pdf X-Ray Radiation of a 126 kV Vacuum Interrupter

Jing Yan, Zhiyuan Liu, Sheng Zhang, Yingsan Geng, Yingyao

Zhang,

Guangli He

461-464

Cl-P-02.pdf Investigation and Optimization of Magnetron Discharge in a

Vacuum Switch

X. Godechot, C. Nicolle, M. Hairour, S. Olive, P. Picot

465-468

Cl-P-03.pdf About the prevention of restrike of vacuum circuit-breakers

A. Pertsev, A. Panibratets, L. Rylskaya

469-472

Cl-P-04.pdf Contacts Impact Phenomena in a 126kV Vacuum Circuit Breaker

Li Yu, Zhiyuan Liu, Jianhua Wang, Yingsan Geng, Liqiong Sun,

Ranran Yu,

Xiaohui Xue

473-476

Cl-P-05.pdf A High Accurate Sensor Research and its Application for VCBs

Internal Pressure On-line Condition Monitor

Zhang Xin, Liu Xu-dong, Fan Xing-ming, Huang Zhi-chao, Far

Jian-rong,

Liang Cong, Shi Wei-jian

477-480

Cl-P-06.pdf The Assessment and Prediction Method for VCB Contact

Endurance Research Based on LM-BP Neural Network

HeJia-min, Fan Xing-ming, ZhangXin, Huang Zhi-chao, Zou Qi-

tao,

Liang Cong, Shi Wei-jian

481-484

Cl-P-07.pdf A Vacuum Interrupters Internal Pressure On-line Condition

Monitoring System

Liu Xu-dong, Fan Xing-ming, Zhang Xin, Zou Qi-tao, Fan Jian-

rong,

Liang Cong, Shi Wei-jian

485-488

Cl-P-09.pdf Study on Design of Axial Magnetic Field Electrodes depending on

Electrode Diameter and Current

Hyeong Goo Lee, Jong Sung Kang, II Cheol Ahn, Jung Se Kim

489-492

Cl-P-10.pdf The Experimental Research of 170 kV VCB Using Single-Break

Vacuum Interrupter

Jaeseop Ryu, Young-Geun Kim, Jongwoong Choi, Seokwon Park

493-496

Cl-P-12.pdf A VCB and IGBT Based Combination Switch and Its Application

in Power Quality Improvement

Zhang Xin, Fan Xing-ming, Zou Qi-tao, Liang Cong, Shi Wei-jian

497-500

Cl-P-13.pdf Study on Transient Recovery Voltage Distribution Mechanism and

Grading Capacitor of Double-Break Vacuum Circuit Breaker

Shengwen Shu, Jiangjun Ruan, Daochun Huang, Gaobo Wu,

Chang Liu

501-504

Cl-P-14.pdf Vacuum Arc Behavior in Transversal Magnetic Field Electrode of

Vacuum Interrupter

Y. Niwa, R. Palad, K. Sasage, W. Sakaguchi

505-508

Cl-P-15.pdf The Least Squares Method for VCB Electrical Endurance

Parameters Predicting Research Based on Breaking Current

Weighted Cumulative Method

Fan Xing-ming, He Jia-min, Zhang Xin, Huang Zhi-chao, Liang

Cong,

Shi Wei-jian

509-512

Cl-P-16.pdf1

]

i

^CB Contact System Electrical Endurance On-line Condition

Vtonitoring Technology and Its Application

HeJia-min, Fan Xing-ming, ZhangXin, Huang Zhi-chao, Zou Qi¬

ao ,

Liang Cong, Shi Wei-jian

513-516

Cl-P-17.pdf Concept of Series Connected Vacuum Interrupters

Sandeep Kulkarni, M. Hemachander, Arun Kumar, Lalichan

Andrews,

Viren Acharya, Maheswaran C, Srinivas Rayudu

517-520

Cl-P-18.pdf The Relationship Research between the Permittivity and Internal

Pressure in Vacuum Interrupters

Fan Xing-ming, Liu Xu-dong, Zhang Xin, Zou Qi-tao, Fan Jian-

rong,

Liang Cong, Shi Wei-jian

521-524

Cl-P-19.pdf Microstructure and properties of vacuum electron beam facing

CuCr25 contact material

Vasily G. Durakov, S.F. Gnyusov, B.V. Dampilon, S.Z. Dehonova,

B.I. Ubiennykh

525-528

Cl-P-20.pdf Electric current propagation and interruption in the plasma formed

by uv laser radiation

E.Kh. Baksht, A.N. Panchenko, V.F. Tarasenko

529-532

C2-O-01.pdf Triggerless pulsed vacuum cathodic arc plasma deposition of thin

titanium oxide coatings on PMP-foils as a functional coating for

medical applications

M. Kauffeldt, M. Pflaum, J. Schein, B. Wiegmann, A. Haverich

533-536

C2-O-02.pdf Arc Plasma-assisted Deposition of Nanocrystalline Coatings

O.V. Krysina, N.N. Koval, Yu.F Ivanov, V.V. Shugurov

537-540

C2-P-01.pdf Charge state distributions ofAl and Cr cathodic arc plasmas

R. Franz, J. Wallig, P. Polcik, A. Anders

541-544

C2-P-03.pdf Effect of applying a magnetic field on the ion nitriding in a glow

discharge

R.K. Vafin, K.N. Ramazanov, V.V.Budilov

545-548

C2-P-04.pdf Synthesis of coatings based on intermetallic titanium-aluminurr

by vacuum arc deposition

E.L. Vardanyan, R.M. Kireev, V.VBudilov

i 549-551

C2-P-05.pdf Assurance of Parts Accuracy in the Process of Coating Deposition

Dy the Vacuum Arc Plasma

I.I. Yagafarov, R.M. Kireev, VS. Mukhin

552-553

C2-P-07.pdf Decrease of Ceramic Surface Resistance by Implantation Using a

Vacuum Arc Metal Ion Source

K.P Savkin, A.S. Bugaev, A.G. Nikolaev, E.M. Oks, LA. Kurzina,

M. V. Shandrikov, G. Yu. Yushkov, I. G. Brown

554-557

C2-P-08.pdf Create Multi-layer Vacuum Ion-plasma Coatings Based on Ti-C-Si

in an Additional Ion Bombardment

S.R. Shehtman, VS. Mukhin, R.M. Kireev

558-560

C2-P-09.pdf Electron beam in technology surfacing of the powder rapid steel

S.F. Gnyusov, V.G. Durakov, A.A. Ignatov

561-563

C2-P-10.pdf Impulsive electron-beam treatment of chrome-vanadium cast iron

coatings

B. V. Dampilon, V.G. Durakov

564-567

C2-P-12.pdf Electrical and Tribological Properties of Copper-Based Surface

Alloys Formed with a Low-Energy High-Current Electron Beam

E.V. Yakovlev, A.B. Markov, V.I. Petrov

568-571

C2-P-13.pdf Effective Vacuum-Plasma-Arc Techniques for Product Surface

Modification

D.P. Borisov, N.N. Koval, A.D. Korotaev, V.M. Kuznetsov, V.Ya.

Romanov,

PA. Terekhov, E. V. Chulkov

572-575

C3-O-01.pdf Vacuum arc ion sources: A review

Ian Brown

576-579

C3-O-03.pdf Low-Energy, High-Current Electron Beams for Material Surface

Treatmen

G.E. Ozur

580-583

C3-O-05.pdf Features of Magnetic Compression Model as Applied to EUV

Source Based on a Pseudospark Discharge

N.V. Landl, Yu.D. Korolev, O.B. Frants, V.G. Geyman, LA.

Shemyakin,

A.V.Bolotov

584-587

C3-P-01.pdf Change of the e-beam generation mode at transition from the

vacuum to the gas-filled diode

E.Kh. Baksht, V.F. Tarasenko, A. G. Burachenko, M.I. Lomaev, D. V.

Rybka, DA. Sorokin

588-591

C3-P-02.pdf Field Emission Properties of Silicon Nanowires

IS. Turmyshev, A.M. Murzakaev, O.R. Timoshenkova

592-594

C3-P-03.pdf Field Emission from Metal Tips Covered by Ultra-thin Films of

Zirkonia Energy Spectra Features and Current-Voltage Curves

I.S. Turmyshev, A.M. Murzakaev, O.R. Timoshenkova

595-598

C3-P-06.pdf Plasma Lens Focusing of an Intense Electron Beam formed by a

Vacuum Arc Plasma Electron Source

V.I. Gvshenets, A.A. Goncharov, A.M. Dobrovolskiy, S.P. Dunets,

I. V. Litovko,

E.M. Oks, A.S. Bugaev

599-602

C3-P-07.pdf Gyrotron Heating of Vacuum Arc Plasma for High Charge State

Metal Ion Beam Generation

G.Yu. Yushkov, A.V. Vodopyanov, A.G Nikolaev, I.V. Izotov, K.P.

Savkin,

S. V Golubev, EM. Oks

603-606

C3-P-08.pdf The High-Current Electron Gun with Plasma Anode Based on a

Combined Discharge

P.P. Kiziridi, G.E. Ozur

607-610

C3-P-09.pdf X-rays nanosecond irradiator ofblood

M.E. Balezin, S.Yu. Sokovnin, S.V. Scherbinin, A.A. Shverikas

611-614

C3-P-12.pdf The multiarc plasma cathode electron source

M.S. Vorobyov, V.V Denisov, V.N. Devyatkov, S.A. Gamermaister,

N.N. Koval,

V.V. Shugurov, S.A. Sulakshin, V.V. Yakovlev

615-618

C3-P-15.pdf Investigation of a Vacuum Spark Discharge with Preliminary

FormedAnode Plasma Cloud

I.L. Muzyukin

619-622

C3-P-16.pdf Measurements of Ion Flow Emanating from Plasma Formed b>

Short Electron Pulse on a Dielectric Surface

l.L. Muzyukin

623-625

C4-O-01.pdf Observation of arc spots initiated on nanostructured tungsten

S. Kajita, N. Ohno, S. Takamura

626-629

C4-O-02.pdf Challenges of Production of High Current four-fold Bi and Au

Beams from Vacuum Arc Ion Sources at GSI Accelerator Facility

A.A. Adonin, R. Hollinger

630-633

C4-P-01.pdf Experimental Research of Electrical Conductor Explosion in the

Current Skinning Mode

N.A. Labetskaya, V.I. Oreshkin, S.A. Chaikovsky, I.M. Datsko,

Y.A. Sukovatitsyn, E.N. Volkov

634-637

C5-O-01.pdf Microthruster Based on a Low Voltage Vacuum Spark

S.J! Gorbunov, V.L. Paperny, K.N. Pukhilas

638-640

C5-P-01.pdf Features of ignition of the intense discharge in crossed fields with

a thermionic cathode

A.N. Ermilov, V.F. Eroshenkov, Yu.A. Kovalenko, S. V. Korolev,

T. V. Chernyshev, A.P. Shumilin

641-644

C5-P-02.pdf The problem of diagnostics of electronics and plasma units

S.V. Korolev

645-647