HIMAC加速器の現状報告(2019)

Heavy-ion radiotherapy with the Heavy ion Medical Accelerator synchrotron in Chiba (HIMAC) has been administered to more than 12,000 patients since 1994. We started the heavy-ion radiotherapy with a 3D scanning
irradiation system in 2011 and using a superconducting-rotating gantry in 2017, at a new treatment research facility in NIRS. We have continued some R&Ds on HIMAC to enhance the treatment quality and to improve the treatment
results. Since 2016, we have started developments of a compact superconducting rotating gantry and synchrotron to be applied for a newly started project of a “quantum scalpel” that is a next generation of the heavy-ion radiotherapy machine. This paper outlines those R&Ds as well as the present status of HIMAC facility.

書誌情報

2019年第16回日本加速器学会年会プロシーディングス

p. 1266-1269, 発行日 2019-08

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HIMAC加速器の現状報告(2019)

× 水島, 康太

× 阿部, 康志

× 稲庭, 拓

× 岩田, 佳之

× 浦田, 昌身

× 片桐, 健

× 北川, 敦志

× 早乙女, 直也

× 佐藤, 眞二

× 高田, 栄一

× 野田, 悦夫

× 原, 洋介

× 古川, 卓司

× 村松, 正幸

× Sung Hyun, Lee

× 白井, 敏之

× 大内, 章央

× 川島 祐洋

× 小林 千広

× 田久保 篤

× 中島, 猛雄

× 藤本 哲也

× 若勇, 充司

× Mizushima, Kota

× Abe, Yasushi

× Inaniwa, Taku

× Iwata, Yoshiyuki

× Urata, Masami

× Katagiri, Ken

× Kitagawa, Atsushi

× Saotome, Naoya

× Sato, Shinji

× Takada, Eiichi

× Noda, Etsuo

× Hara, Yousuke

× Furukawa, Takuji

× Muramatsu, Masayuki

× Sung-Hyun, Lee

× Shirai, Toshiyuki

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× 川島祐洋

× 小林千広

× 田久保篤

× 藤本哲也