Yukio Uchihori, Nakahiro Yasuda, Hisashi Kitamura, Iva Jadrnickova, Eric R. Benton, A. Shurshakov on behalf of ICCHIBAN Working Group and
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1 Yukio Uchihori, Nakahiro Yasuda, Hisashi Kitamura, Iva Jadrnickova, Eric R. Benton, Michael HjkTh Hajek, Thomas Berger, Vyacheslav A. Shurshakov on behalf of ICCHIBAN Working Group and Participants
2 Y. Uchihori : Current and future status of ICCHIBAN project and reanalysis of dosimetric data from ICCHIBAN-1 and ICCHIBAN-3 H. Kitamura : Future ICCHIBAN Experiments Using Proton Beams N. Yasuda : Brief results from the ICCHIBAN/Space intercomparison 2 and ongoing experiments to resolve differences in CR-39 PNTD measurements I. Jadrnickova : Studies of various influence of various factors on dose quantities i measured with CR-39 detectors onboard spacecraft S. Kodaira : Variation of dose quantities from CR-39 detectors t onboard ISS Russian segment: etching and angular correction
3 InterComparison for Cosmic-rays with Heavy Ion Beams At NIRS Determine the response of space radiation dosimeters to heavy ions of charge and energy similar to that found in the galactic cosmic radiation GCR spectrum. Compare response and sensitivity of various space radiation monitoring instruments. Aid in reconciling differences in measurements made by various radiation instruments during space flight. Establish and characterize a heavy ion reference standard against which space radiation instruments t can be calibrated.
4 1 Feb , 2002 st ICCHIBAN Experiment For Active Detectors May 23-28, 2002 Feb. 3-6, 2003 May 19-30, 2003 Sep. 6-7, 2003 Fb1417 Feb , 2004 June 4-15, 2004 Sep , nd ICCHIBAN Experiment For Passive Detectors 3 rd ICCHIBAN Experiment For Active Detectors C400, Fe400 He150, C400, Si490, Fe500 Si800, Fe500 4 th ICCHIBAN Experiment He150, C400, Ne400, For Passive Detectors Fe500, 1 st Proton ICCHIBAN Experiment For All Detectors 5 th ICCHIBAN Experiment For Active Detectors 6 th ICCHIBAN Experiment For Passive Detectors 1 st NSR ICCHIBAN Experiment For All Detectors p He150 C135, Ar500, Kr400, p1000, O1000, Fe1000 Sep , 2005 th and 8 th ICCHIBAN Experiment For Ati Active and O400, Fe300, He150, Passive Dt Detectors t C400,... Oct , st CERF ICCHIBAN Experipment For All Detectors 200 GeV neutrons
5 inear Accelerator Available Ions p, He, C, Ne, Si, Ar, Fe, Kr, Xe, Carbon for Therapy Energies MeV/u 3 Treatment Rooms Synchrotron 2 Rings There are exposure rooms for physical and biological experiments.
6 Present thimac Building Next Generation Treatment Building
7 1 Armenia YPI Yerevan Physics Institute, Yerevan 2 Austria ARCS Austrian Research Centers, Seibersdorf 3 Austria ATI Atomic Institute of the Austrian Universities, Vienna University of Technology, Vienna 4 Belgium SCK-CEN Belgian Nuclear Research Center, Mol 5 Bulgaria STI-BAS Solar Terrestrial Influences aboratory, Bulgarian Academy of Sciences, Sofia 6 Czech Rep. NPI Nuclear Physics Institute of the Academy of Sciences of the Czech Republic, Prague 7 Germany DR German Aerospace Center, Cologne 8 Germany Kiel University Kiel 9 Hungary KFKI AEKI KFKI Atomic Energy Research Institute, Hungarian Academy of Sciences, Budapest 10 Japan JAXA Japan Aerospace Exploration Agency, Tsukuba 11 Japan NIRS National Institute of Radiological Sciences, Chiba 12 Japan Waseda University Tokyo 13 Poland INP Institute of Nuclear Physics, Polish Academy of Sciences, Krakow 14 Russia IMBP Institute of Biomedical Problems, State Research Center of the Russian Federation, Moscow 15 UK HPA Health Protection Agency, Chilton 16 USA BN Brookhaven National aboratory, New York 17 USA CARR NASA Center for Applied Radiation Research, Prairie View 18 USA Eril Research Inc. Stilwater 19 USA BN awrence Berkeley National aboratory, Berkeley 20 USA NASA-JSC NASA Johnson Space Center, Houston 21 USA Oklahoma State University Stilwater
8 Institution tut Country Name of Detectors Detection Principle ARCS Austria TEPC SiPC Proportional Counter BN USA NSR Dosimeters Ion Chamber CARR USA Shuttle-style TEPC Proportional Counter Eril Research USA Dosimeter Package TD+CR-39 IMBP Russia DB-8 ISS-iulin Silicon JAXA/ISAS Japan Reference Detectors Silicon&SC Kiel Univ. Germany DOSTE-1, 2, D Silicon Telescope BN USA Ground Base Detector Silicon Stack + SC NASA-JSC USA Shuttle & ISS-TEPC Proportional Counter IV-CPDS Silicon Telescope + C NIRS Japan NIRS Detectors PSD, SC, Binary Filter, iulin-4j Silicon STI-BAS Bulgaria iulin E087 iulin-5 Silicon Waseda Univ. & JAXA Japan RRMD-III Silicon Telescope
9 Institution Country Detectors ATI Austria TD-600 6iF:Mg, Ti, TD-700 7iF:Mg, Ti, CR-39 PNTD DR Germany TD-100 if:mg,ti ERI USA CR-39 PNTD, TD-700 7iF:Mg, Ti HPA NRPB UK PADC PNTD IMBP Russia TD-100 if:mg,ti, CR-39 PNTD, Biomarker Seeds INP Poland TD-100 if:mg,ti, if:mg,cu,p TD, if:mg,ti, CR-39 PNTD JAXA/NASDA & KEK Japan MSO TD Mg2SiO4:Tb, CR-39 PNTD KFKI AEKI Hungary Pille TD SystemCaSO4:Dy, SO4 CR-39 PNTD NASA JSC USA TD-100 if:mg,ti, TD-300 CaF2:Tm, TD-600 6iF:Mg, Ti, TD-700 7iF:Mg, Ti NIRS Japan uilin-4j MDU, CR-39 PNTDTD-1, CR-39 PNTDTT-P1, TD-100 if, Al2O:C uxel, Glass-AgGD&GR NPI Czech Rep. CR-39 PNTD, Melinex/Bi PNTD, Al2O3:C TD, Al-P Glass OSU USA Al2O3:C OS, uxel Al2O3 OS, Al2O3:C TD, TD-100 if:mg,ti SCK-CEN Belgium TD MCP-7, TD-700, OS YPI Armenia Nuclear Emulsion Sheet
10 Schedule of SpaceIntercomparison SpaceIntecomparison-1 experiment Detectors were launched from Jan 29 - Apr 30, days. 4 institutes were participated SpaceIntecomparison-2 experiment Detectors were launched from May 15 - Oct 21, days. 12 institutes participated. SpaceIntecomparison-3 experiment Detectors was launched on May institutes have participated.
11 CR-39 ICCHIBAN In 2008, CR-39 ICCHIBAN has been performed by N. Yasuda, I. Jadrnickova and H. Kitamura. The current status will be presented by N. Yasuda. Proton-ICCHIBAN-2 Proton-ICCHIBAN-2 will be performed using Medical- Cyclotron in NIRS in FY2009. The detail will be presented by H. Kitamura. Space-Intercomparison Space-Intercomparison-3 is now on going. The detectors will be returned on Oct., 2008 and delivered d to the participants in this winter. The Next HIMAC-ICCHIBANICCHIBAN Not scheduled but your proposal with new idea is welcomed.
12 Now, we would like to start to gather your reports of experiments for the active detectors. To avoid your additional and bored works, we request that t you prepare some spread sheets of your data and analysis results. However, if you have not yet written ICCHIBAN reports, we request your reports including of the detail of your instruments and analysis methodologies.
13 Because of flack of common guideline of calculation l methods of dosimeteric parameters, it has been not easy to compare these parameters in the reports of ICCHIBAN-1 and -3. So, the guideline is shown and we request your calculation for the next reports following this guideline.
14 ICCHIBAN-1, Carbon 400MeV/u 1.2 Unit0.8 Arbit tral 1 ISS-TEPC RRMD-III iulin-4j DOSTE IV-CPDS ET in water kev/um
15 To calculate dose and dose equivalent for a particle, the Region of Interest RoI is defined. Gaussian distribution is fitted to the ET distribution and obtain a peak of ET and standard deviation. Then, a FWHM is calculated as FWHM Using these parameters, the RoI is defined as the following. Peak RoI Peak FWHM -FWHM +FWHM RoI FWHM ET
16 Gaussian distributions ib ti have been fitted to ET distributions of IV-CPDS, ISS- TEPC, DOSTE, RRMD-III and iulin-4j. Detector Peak FWHM IV-CPDS ISS-TEPC DOSE RRMD-III iulin-4j ICCHIBAN-1 Carbon 400MeV/u 0 degree
17 Cl lti fd D Calculation of DoseD d n k d n k d k d D D d n S d S d d D D : Unrestricted ET, k: Conversion Factor, : Density of Medium, : Fluence of Particles n : Number of Particles S : Area of Detector Calc lation of Dose per One Particle D : Fluence of Particles, n : Number of Particles, S : Area of Detector Calculation of Dose per One Particle D 1 d k d n k d k d n N k S N d n S d S n d S d d D 1 S S N: Total Number of Particles
18 All data were analyzed by Y.Uchihori and there are no responsibilities for the participants. ICCHIBAN-1 Carbon 400MeV/u 0 degree Detector Peak of ET FWHM of ET Range of ET* Min. Max Avg. ET Avg. Q.F. ICRP60 Avg. Dose per ion Avg. Dose Eq. per ion IV-CPDS ISS-TEPC DOSTE RRMD-III iulin-4j Calculation Mono Energy kev/um * Range of ET is expected PeakET -+ FWHM. ** All dosimeteric data are expected to average in the above range of ET. ngy nsv
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21 11 ICCHIBAN experiments were performed on the ground base accelerator facilities and 2 space intercomparison experiments in the frame of ICCHIBAN project were performed. Analyzed data of ICCHIBAN-1-8, Proton, NSR and CERF will be gathered by ICCHIBAN Working Group with the manners on the guidelines. The deadline is Dec. 1 st, Several ICCHIBAN experiments are scheduled in near future. The detail of these experiments will be presented in the next talks. If you would like to participate to these experiments, please let us know. We welcome your new idea for these experiments.
Republic. Sept. 3rd th WRMISS in Budapest 1
Hisashi Kitamura 1, Satoshi Kodaira 1,Yukio Uchihori 1, Nakahiro Yasuda 2, Eric Benton 3, Thomas Berger 4, Michael Hajek 5, Iva Jadrnickova 6, Ondrej Ploc 6, and Participants (1) Radiation Measurement
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