陽子線治療向け超電導加速器の技術動向
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| Published in | 低温工学 Vol. 60; no. 3; pp. 60 - 67 |
|---|---|
| Main Authors | , |
| Format | Journal Article |
| Language | Japanese |
| Published |
公益社団法人 低温工学・超電導学会 (旧 社団法人 低温工学協会)
20.05.2025
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| Subjects | |
| Online Access | Get full text |
| ISSN | 0389-2441 1880-0408 |
| DOI | 10.2221/jcsj.60.60 |
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| Author | 江原, 悠太 筒井, 裕士 |
|---|---|
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| References | 26）H. Tsutsui, et al.: “Design study of a superconducting AVF cyclotron for proton therapy,” proc. CYC2013 （2013 7）S. Kojima and M. Hata: “Laser-driven ion accelerator,” in “Advances in Accelerators and Medical Physics,” Academic Press, （2023）, pp.343-352 27）J. Yoshida, et al.: “Excitation test of superconducting magnet in 230-MeV isochronous cyclotron for proton therapy,” IEEE Transactions on Applied Superconductivity 30 （2019） 1-5 34）Leo Cancer Care: https://leocancercare.com/（Accessed 2025-1-31 28）Y. Ebara, et al.: “Field mapping system and field adjustment for a 230-MeV proton cyclotron,” Nuclear Instruments and Methods in Physics Research Section A 953 （2020） 163186 10）Y. Ebara, et al.: “First beam extraction from a superconducting azimuthally varying field cyclotron for proton therapy,” Nuclear Instruments and Methods in Physics Research Section A 1056 （2023） 168629 18）V. P. Derenchuk: “Application of Superconducting Technology for Proton Therapy,” Presented at NAPAC 2016 （Chicago, IL, USA 21）H. G. Blosser, et al.: “Proposal for a manufacturing prototype superconducting cyclotron for advanced cancer therapy,” MSUCL-874, Michigan State University （1993 32）B dot Medical: https://bdotmed.co.jp/（Accessed 2025-1-31 15）J. E. Jedediah, et al.: “Optimization of motion management parameters in a synchrotron-based spot scanning system,” Journal of Applied Clinical Medical Physics 20 （2019） 9 17）J. V. Minervini, et al.: “Compact, Low-Cost, Light-Weight, Superconducting, Ironless Cyclotrons for Hadron Radiotherapy,” Massachusetts Inst. of Technology, （2019 1）R. R. Wilson: “Radiological use of fast protons,” Radiology 47 （1946） 487-491 24）C. Wang, et al.: “The Commissioning of a 230 MeV Superconducting Cyclotron CYCIAE-230,” proc. CYC2022（2023 14）M. Umezawa, et al.: “Development of compact proton beam therapy system for moving organs,” Hitachi Review 64506 （2015 31）L. Brouwer, et al.: “Design of an achromatic superconducting magnet for a proton therapy gantry,” IEEE Transactions on Applied Superconductivity 27 （2016） 1-6 25）Y. Ebara, et al.: “Performance of cryogen-free superconducting magnet in isochronous cyclotron for proton therapy,” IEEE Transactions on Applied Superconductivity 33 （2023） 1-4 16）Hefei CIM-A: http://www.hfcim.com/ （Accessed 2025-1-31 筒井裕士ら：「粒子加速器のIEC規格化についての最近の動向」 35）P-Cure: https://www.p-cure.com/（Accessed 2025-01-31 20）T. A. Antaya: “Isochronous cyclotron with superconducting flutter coils and non-magnetic reinforcement,” U.S. Patent No. 9, 895, 552 （2018-02-20 11）F. Jiang, et al.: “Design study of a compact superconducting cyclotron SC240 for proton therapy,” proc. IPAC19 （2019 13）W. Kleeven, et al.: “The IBA superconducting synchrocyclotron project S2C2,” proc. CYC2013 （2013 19）H. Ueda, et al.: “Conceptual design of next generation HTS cyclotron,” IEEE Transactions on Applied Superconductivity 23 （2012） 4100205 22）T. A. Antaya: “High-field superconducting synchrocyclotron,” U.S. Patent. No. 7, 541, 905 （2009-1-2 30）J. Saini, et al.: “Commissioning a clinical proton pencil beam scanning beamline for pre-clinical ultra-high dose rate irradiations on a cyclotron-based system,” Frontiers in Oncology 14 （2024 36）H. Tsutsui, et al.,” Recent trends in IEC standardization of particle accelerators,” submitted. （in Japanese 3）Particle Therapy Co-Operative Group, https://www.ptcog.ch （Accessed 2025-1-31 33）L. Bottura, et al.: “Magnetic design of a compact GaToroid for very high energy electron and pre-clinical hadron beams,” IEEE Transactions on Applied Superconductivity 34.5 （2024） 1-5 5）A. Goto, T. Tachikawa, Y. Jongen, M. Schillo: “Comprehensive Biomedical Physics 8.12 Cyclotrons,” Elsevier, （2014） 179–195 23）G. Karamysheva, et al.: “Compact superconducting cyclotron SC200 for proton therapy,” proc. CYC2016 （2016 6）A. Degiovanni, et al.: “Design, integration, and commissioning of the first linac for image-guided hadron therapy prototype,” Physical Review Accelerators and Beams 27 （2024） 054701 4）J. M. Slater, et al: “The proton treatment center at Loma Linda University Medical Center: rationale for and description of its development,” International Journal of Radiation Oncology* Biology* Physics 22.2 （1992）: 383-389 9）H. U. Klein, et al.: “Design, manufacturing and commissioning of compact superconducting 250 MeV cyclotrons for proton therapy: A short report from the field,” IEEE/CSC & ESAS European Superconductivity News Forum 2 （2007 12）Mevion Medical Systems: https://www.mevion.com （Accessed 2025-1-31 29）S. Jolly, et al.: “Technical challenges for FLASH proton therapy,” Physica Medica 78 （2020） 71-82 2）C. A. Tobias, et al.: “Pituitary irradiation with high-energy proton beams: A preliminary report,” Cancer Research 18 （1958） 121-134 8）T. Aoki, et al.: “Concept of frequency modulated variable-energy accelerator,” （2017 |
| References_xml | – reference: 34）Leo Cancer Care: https://leocancercare.com/（Accessed 2025-1-31） – reference: 8）T. Aoki, et al.: “Concept of frequency modulated variable-energy accelerator,” （2017） – reference: 5）A. Goto, T. Tachikawa, Y. Jongen, M. Schillo: “Comprehensive Biomedical Physics 8.12 Cyclotrons,” Elsevier, （2014） 179–195 – reference: 29）S. Jolly, et al.: “Technical challenges for FLASH proton therapy,” Physica Medica 78 （2020） 71-82 – reference: 11）F. Jiang, et al.: “Design study of a compact superconducting cyclotron SC240 for proton therapy,” proc. IPAC19 （2019） – reference: 17）J. V. Minervini, et al.: “Compact, Low-Cost, Light-Weight, Superconducting, Ironless Cyclotrons for Hadron Radiotherapy,” Massachusetts Inst. of Technology, （2019） – reference: 16）Hefei CIM-A: http://www.hfcim.com/ （Accessed 2025-1-31） – reference: 4）J. M. Slater, et al: “The proton treatment center at Loma Linda University Medical Center: rationale for and description of its development,” International Journal of Radiation Oncology* Biology* Physics 22.2 （1992）: 383-389 – reference: 1）R. R. Wilson: “Radiological use of fast protons,” Radiology 47 （1946） 487-491 – reference: 19）H. Ueda, et al.: “Conceptual design of next generation HTS cyclotron,” IEEE Transactions on Applied Superconductivity 23 （2012） 4100205 – reference: 14）M. Umezawa, et al.: “Development of compact proton beam therapy system for moving organs,” Hitachi Review 64506 （2015） – reference: 33）L. Bottura, et al.: “Magnetic design of a compact GaToroid for very high energy electron and pre-clinical hadron beams,” IEEE Transactions on Applied Superconductivity 34.5 （2024） 1-5 – reference: 3）Particle Therapy Co-Operative Group, https://www.ptcog.ch （Accessed 2025-1-31） – reference: 7）S. Kojima and M. Hata: “Laser-driven ion accelerator,” in “Advances in Accelerators and Medical Physics,” Academic Press, （2023）, pp.343-352 – reference: 32）B dot Medical: https://bdotmed.co.jp/（Accessed 2025-1-31） – reference: 18）V. P. Derenchuk: “Application of Superconducting Technology for Proton Therapy,” Presented at NAPAC 2016 （Chicago, IL, USA） – reference: 22）T. A. Antaya: “High-field superconducting synchrocyclotron,” U.S. Patent. No. 7, 541, 905 （2009-1-2） – reference: 25）Y. Ebara, et al.: “Performance of cryogen-free superconducting magnet in isochronous cyclotron for proton therapy,” IEEE Transactions on Applied Superconductivity 33 （2023） 1-4 – reference: 21）H. G. Blosser, et al.: “Proposal for a manufacturing prototype superconducting cyclotron for advanced cancer therapy,” MSUCL-874, Michigan State University （1993） – reference: 15）J. E. Jedediah, et al.: “Optimization of motion management parameters in a synchrotron-based spot scanning system,” Journal of Applied Clinical Medical Physics 20 （2019） 9 – reference: 23）G. Karamysheva, et al.: “Compact superconducting cyclotron SC200 for proton therapy,” proc. CYC2016 （2016） – reference: 10）Y. Ebara, et al.: “First beam extraction from a superconducting azimuthally varying field cyclotron for proton therapy,” Nuclear Instruments and Methods in Physics Research Section A 1056 （2023） 168629 – reference: 35）P-Cure: https://www.p-cure.com/（Accessed 2025-01-31） – reference: 31）L. Brouwer, et al.: “Design of an achromatic superconducting magnet for a proton therapy gantry,” IEEE Transactions on Applied Superconductivity 27 （2016） 1-6 – reference: 36）H. Tsutsui, et al.,” Recent trends in IEC standardization of particle accelerators,” submitted. （in Japanese） – reference: 12）Mevion Medical Systems: https://www.mevion.com （Accessed 2025-1-31） – reference: 9）H. U. Klein, et al.: “Design, manufacturing and commissioning of compact superconducting 250 MeV cyclotrons for proton therapy: A short report from the field,” IEEE/CSC & ESAS European Superconductivity News Forum 2 （2007） – reference: 26）H. Tsutsui, et al.: “Design study of a superconducting AVF cyclotron for proton therapy,” proc. CYC2013 （2013） – reference: 28）Y. Ebara, et al.: “Field mapping system and field adjustment for a 230-MeV proton cyclotron,” Nuclear Instruments and Methods in Physics Research Section A 953 （2020） 163186 – reference: 20）T. A. Antaya: “Isochronous cyclotron with superconducting flutter coils and non-magnetic reinforcement,” U.S. Patent No. 9, 895, 552 （2018-02-20） – reference: 24）C. Wang, et al.: “The Commissioning of a 230 MeV Superconducting Cyclotron CYCIAE-230,” proc. CYC2022（2023） – reference: 27）J. Yoshida, et al.: “Excitation test of superconducting magnet in 230-MeV isochronous cyclotron for proton therapy,” IEEE Transactions on Applied Superconductivity 30 （2019） 1-5 – reference: 30）J. Saini, et al.: “Commissioning a clinical proton pencil beam scanning beamline for pre-clinical ultra-high dose rate irradiations on a cyclotron-based system,” Frontiers in Oncology 14 （2024） – reference: 2）C. A. Tobias, et al.: “Pituitary irradiation with high-energy proton beams: A preliminary report,” Cancer Research 18 （1958） 121-134 – reference: 筒井裕士ら：「粒子加速器のIEC規格化についての最近の動向」 – reference: 6）A. Degiovanni, et al.: “Design, integration, and commissioning of the first linac for image-guided hadron therapy prototype,” Physical Review Accelerators and Beams 27 （2024） 054701 – reference: 13）W. Kleeven, et al.: “The IBA superconducting synchrocyclotron project S2C2,” proc. CYC2013 （2013） |
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| Title | 陽子線治療向け超電導加速器の技術動向 |
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