Neutron Generator (HIRRAC) and Dosimetry Study

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概要

• 論文の詳細を見る

• Dosimetry studies have been made for neutrons from a neutron generator at Hiroshima University (HIRRAC) which is designed for radiobiological research. Neutrons in an energy range from 0.07 to 2.7 MeV are available for biological irradiations. The produced neutron energies were measured and evaluated by a ^3He-gas proportional counter. Energy spread was made certain to be small enough for radiobiological studies. Dose evaluations were performed by two different methods, namely use of tissue equivalent paired ionization chambers and activation of method with indium foils. Moreover, energy deposition spectra in small targets of tissue equivalent materials, so-called lineal energy spectrum, were also measured and are discussed. Specifications for biological irradiation are presented in terms of monoenergetic beam conditions, dose rates and deposited energy spectra.

• 日本放射線影響学会の論文

著者

• 豊田 新

  岡山理大

• Matsuura Shinya

  Particle Radiation Oncology Research Center Research Reactor Institute Kyoto University

• Komatsu Kenshi

  Department Of Genome Repair Dynamics Radiation Biology Center Kyoto University

• Matsuura Shinya

  Res. Inst. Rad. Biol. Med. Hiroshima Univ.

• Matsuura Shinya

  Department Of Radiation Biology Research Institute For Radiation Biology And Medicine (rirbm) Hirosh

• Matsuura Shinya

  Department Of Radiation Biology Research Institute For Radiation Biology And Medicine Hiroshima Univ

• Kamiya K

  Department Of Genome Repair Dynamics Radiation Biology Center Kyoto University

• TAUCHI Hiroshi

  Department of Biological Science, Faculty of Science, Ibaraki University

• 高田 純

  Department Of Physics School Of Medicine Sapporo Medical University

• HOSHI Masaharu

  International Radiation Information Center, Research Institute for Radiation Biology and Medicine, H

• Shinya Matsuura

  Res. Inst. Rad. Biol. Med. Hiroshima Univ.

• 豊田 新

  岡山理科大学 理学部応用物理学科

• 遠藤 暁

  Mechanical System Engineering Graduate School Of Engineering Hiroshima University

• Endo Satoru

  Department Of Biochemistry Cancer Institute Okayama University Medical School

• Tauchi Hiroshi

  Department Of Biological Science Faculty Of Science Ibaraki University

• Komatsu Kenshi

  Dep. Of Genome Repair Dynamics Radiation Biology Center Kyoto Univ.

• SUGA SHINJI

  Research Institute for Radiation Biology and Medicine, Hiroshima University

• Suga Shinji

  Research Institute For Radiation Biology And Medicine Hiroshima University

• Takada J

  Okayama Univ. Okayama Jpn

• Tauchi Hiroshi

  Dep. Of Biological Sci. Fac. Of Sci. Ibaraki Univ.

• TAKADA JUN

  International Radiation Information Center, Research Institute for Radiation Biology and Medicine, H

• TAKEOKA SEIJI

  Department of Radiation Biology

• KITAGAWA KAZUHIDE

  Department of Radiation Biology

• SUGA SHINJI

  Department of Radiation Biology

• Endo Satoru

  Div. Environ. Biol. Res. Inst. Rad. Biol. And Med. Hiroshima University

• Masunaga Shin-ichiro

  Particle Radiation Oncology Research Center Research Reactor Institute Kyoto University

• Hoshi Masaharu

  International Radiation Information Center Hiroshima University

• Shoji Syuneki

  Department Of Environment And Mutation Research Institute For Radiation Biology And Medicine

• Sawada S

  Department Of Electronic Engineering College Of Science And Engineering Iwaki Meisei University

• Sawada S

  Iwaki Meisei Univ. Fukushima‐ken

• Sawada Shozo

  Department Of Applied Physics Chubu Institute Of Technology

• Sawada Shozo

  Department Of Physics College Of Science Tokyo Institute Of Technology

• Sawada S

  Research Institute For Radiation Biology And Medicine Hiroshima University

• Kitagawa Kazuhide

  Research Institute For Radiation Biology And Medicine Hiroshima University

• Takada Jun

  International Radiation Information Center Research Institute For Radiation Biology And Medicine Hir

• Tauchi Hiroshi

  Tokyo Institute Of Technology Research Laboratory For Nuclear Reactors

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