個人被曝管理における実苅線蘭当量評価に関する短期研究会報告
Proceedings of the Short -Term Conference on Evaluation of Effective Dose Equivalent for Personal Dosimetry

開催日：1982年8月2日　(August 2, 1985)
編集：本田嘉秀、桂山幸典、辻本忠
Edited by： Yoshihide HONDA Kousuke KATSURA YAMA_ Tadashi TSUJIMOTO

目次

1. ICRU REPORT 39 「外部放射線源に起因する線量当最の決定」の要点 /（高エネ研）加藤和明  /p.1
2. 日常の管理における線量当量の評価 /（RI協会） 浜田達二  /p.7
3. 実効線量当量評価の経験 /（東大）草間朋子  /p.11
4. 個人被曝管理における実効線量当量の評価 /（動燃）宮部賢次郎、石黒秀治  /p.16
5. 原研における実効線量当量評価法について /（原研） 南賢太郎  /p.24
6. KUR炉室内作業現境におけるr線エネルギー分布の照射線量率および実効線量率の関連について/（京大炉）占部逸正  /p.31
7. 深部線量実用上の評価 /（計測協） 加藤朗  /p.39
8. 中性子実効線量当量の実験的評価 /（高エネ研）加藤和明 姜栄浩 /p.42
9. 球形ファントにおける熱中性子深部線測定 /（近大理工） 小川喜弘、木村雄一郎、本田嘉秀  /p.52

Contents

1. Essentials of the ICRU Report 39 : Determination of Dose Equivalents Resulting from External Radiation Sources / by Kazuaki Katoh (National Laboratory for High Energy Physics)  /p.1
2. Assessment of the Does Equivalent to Workers in Routine Radiation Control/ by Tatsuji Hamada(The Japan Radioisotope Association)  /p.7
3. Experimental Approach to Application of Effective Dose Equivalent, One-cm-depth Does Equivalent and Mind-line Dose Equivalent to Radiation Protection Practice / by Tomoko Kusama (Department of Radiological Health, Faculty of Medicine, University of Tokyo)  /p.11
4. Evaluation of Effective Dose Equivalent for Personal Dosimetry / by Kenjiro Mideharu Ishiguro (Power Reactor and Nuch. Fuel Develop. Corp)  /p.16
5. On the Evaluation Methods of Effective Dose Equivalent in JAERI / by Kentaro Minami (Japan At. Energy Res. Inst.)  /p.24
6. Relation Among Gamma-Ray Energy Spectra, Exposure Rates and Effective Dose
7. Equivalent Rates in the Working Places of the KUR Reactor Room/ by Itsumasa Urabe (Research Reactor Institute of Kyoto University)  /p.31
8. Evaluation of Dose Equivalent in Practical Monitoring / by Okura Katoh（The Institution of Radiation Measurements)  /p.39
9. An Experimental Evaluation of Effective Dose Equivalent for Neutrons / by Kazuki Katoh and Yung-Ho Kang(National Laboratory for High Energy Physics)  /p.42 An Experimental to Depth by Thermal Neutron Incident upon a Spherical Phantom Personnel Dosimetry / by Yoshihiro Ogawa, Yuichi Kimura and Yoshihide Honda (Faculty of Science and Technology, Kinki University)  /p.52