The Henryk Niewodniczański Institute of Nuclear Physics Polish Academy of Sciences, IFJ PAN
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Transcript of The Henryk Niewodniczański Institute of Nuclear Physics Polish Academy of Sciences, IFJ PAN
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Pawel Olko, IEEE meeting, 30.06.2008
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The Henryk Niewodniczański Institute of Nuclear Physics Polish Academy of Sciences, IFJ PAN
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Pawel Olko, IEEE meeting, 30.06.2008
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History of the institute
Pioneer measurements of cosmic rays, discovered the anisotropy of the viscosity in liquid crystals
Prof. Marian Mięsowicz1907-1992
Prof. Henryk Niewodniczański (1900-1968)Nuclear physicist, first director of IFJ
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Pawel Olko, IEEE meeting, 30.06.2008
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General information on IFJ PAN
- 450 personnel (~190 with Ph.D.)
- 17 departments / 5 divisions
- centres of excellence
- centres of advanced technology
- accredited laboratories
- technical sections
- PhD studies (72 students)
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Pawel Olko, IEEE meeting, 30.06.2008
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Organigram of the IFJ PAN
Prof. M.JezabekGeneral Director
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Pawel Olko, IEEE meeting, 30.06.2008
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Personnel
1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 20060
100
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IFJ PAN staff 1995–2006
N
um
ber
of
emp
loye
es
Years
Scientists Engineers Administration Workers Total
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IFJ PAN Plans (2008-2016)
• DESY– ZEUS/H1
• CERN– ATLAS– LHCb
• KEKB• ILC
• Pierre Auger• Neutrinos
– T2K– SUNLAB
(Sieroszowice)
Particle & Astroparticle Physics
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Pawel Olko, IEEE meeting, 30.06.2008
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IFJ PAN Plans (2008-2016)
• RHIC• CERN:
– ALICE– ATLAS
• FAIR (GSI)• SPIRAL2 (GANIL)
Nuclear Physics & Strong Interactions
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Nuclear Energy and Safety
• Nuclear technology & enviromental monitoring and dosimetry– Accredited Laboratories of:
Individual and Enviromental Dosimetry Radiometric Expertise Radioactivity Analysis
– Education in collab. with AGH UST – High Temperature Reactor
• Thermonuclear energy– Stelarator WX7 (Greifswald)– ITER (neutron transport and cross section
measurements)
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Life Science Cluster in Kraków
• Radiobiology in IFJ PAN:– Van de Graaff accelerator: p microbeam– X microbeam – Isochronous cyclotron AIC-144– NMR Imaging system
Collaboration with JINR Dubna
• Proton radiotherapy projects– eye melanoma (firts patient 2009)– all localisations (2013)
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Pawel Olko, IEEE meeting, 30.06.2008
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Cyclotrons at IFJ PAN
- first cyclotron in Poland developed by IFJ , 48 cm (1955)
- classical cyclotron U-120 (opened 22.11.1958, stopped 1994)
-cyclotron isochronic AIC-144 (from 80’s) 59 MeV protons
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Pawel Olko, IEEE meeting, 30.06.2008
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Advantages of proton beam for cancer radiotherapy
- well defined range of proton beam
- small scattering
- very precise irradiation
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Pawel Olko, IEEE meeting, 30.06.2008
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PROJECT OF THE PROTON OCULAR RADIOTHERAPY AT IFJ
Eye melanoma
- malignant tumor
- proton therapy allows to save the eye
globe and the useful vision- survival 95%
-Clinic of Ophthalmology and Ophthalmic Oncology in Krakow treats 95% of ocular melanoma cases in Poland
-Currently: surgery, laser, Ru-106 and I-125 brachytherapy
- 150 new patients per year
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Pawel Olko, IEEE meeting, 30.06.2008
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The therapy room at IFJ Kraków
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PROJECT OF THE PROTON OCULAR RADIOTHERAPY AT IFJ
Timetable
1994 - first proposal
1996 - beginning of installation of AIC-144 cyclotron;
2000 - construction of the treatment room;
04.2004 - 44 MeV proton beam delivered to treatment room;
06.2005 - 56 MeV proton beam delivered to the treatment room;
2006-2007 - purchasing of medical equipment and upgrading the AIC-144 cyclotron
2008 - 60 MeV proton beam, commissioning
2009 - first patient
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EU Structural Funds 2005-2006
Division of Applied Physics and Interdisciplinary Research
Leader Project Million PLN
B. Rajchel Nanotechnology for medical applications
5.7
K. Kozak Spectrometric-dosimetric laboratory for environmental monitoring CHIMERA
1.8
P. Bilski Modernization of Laboratory for Calibration of Radiation Protection Instruments
0.4
M. Budzanowski Modernization of Individual and Environmental Dosimetry Laboratory
0.8
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EU Structural Funds 2007-2013
Division of Applied Physics and Interdisciplinary Research
Project Million PLN
Nanotechnology
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National Centre for Hadron Radiotherapy
90
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Consortium National Centre of Hadron Radiotherapy NCRH
Grounded: 12.09.2006
IFJ PAN Kraków – coordinator
Akademia Górniczo-Hutnicza
Medical University, Warszawa,
Center of Oncology, Warszawa
Center of Oncology, Krakow
Holycross Center of Oncology, Kielce
Institute of Nuclear Problems, Warszawa
Warsaw Polytechnic
Silesia University
Warsaw University
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NCRH Phase I (Krakow) preliminarily approved
Source: structural funds of EU for Poland 2007-2013
IFJ has 10,000 m2 of terrain for construction of new facility
Timescale: 2008-2013
Agreement signed with the Ministry of Science 16.10.2007
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For currently available funds:1. Cyclotron (230-250 MeV)2. Energy selector 3. Beam transport 4. Bunker with the experimental hall 5. Eye-therapy room (moved from AIC-144)6. Small laboratory building
NCRH Phase I (Krakow) preliminarily approved
From presentation of J. Heese, Varian -Accel
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NCRH Phase I timetable
Decision for the localization 05.2008
Announcement of the main tender 02.2009
Signing the contract 11.2009
Building permit 12.2010
Building completed 06.2012
Cyclotron operational 09.2013
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Installation of gantry for patient treatment
Gantry is rotating arm able to move the proton beam around the patient
Gantry allows for radiotherapy in arbitrary localization
Very good conformation of dose
The application for the installing gantry will be submitted
Proton beam
pacjent
11 m
etró
w
patient
11 m
eter
s
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Pawel Olko, IEEE meeting, 30.06.2008
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Final set-up with therapeutic gantry
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Summary of proton radiotherapy
1. Eye melanoma proton radiotherapy starts at IFJ Krakow in May 2009. 60 MeV proton beam will be delivered by AIC-144 cyclotron. Cooperation with Clinic of Ophthalmology and Centre of Oncology
2. The project National Centre for Hadron Radiotherapy Phase 1 has been approved. 230-250 MeV cyclotron will be purchased, new cyclotron bunker and experimental hall will be constructed, eye treatment moved
3. The funds for the gantry have to be generated