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Fusion materials research in UTBLT

S. Ishino, S. Iwata, N. Sekimura, A. Kohyama1988年Fusion Engineering and DesignIF 1.7出版社

Fusion materials research has been one of the major research areas in the UTBLT Project of the University of Tokyo. The materials research has been focused on heavy radiation effects in metallic first wall materials. The research has been carried out using a 100 kV light ion accelerator/400 kV heavy ion accelerator/200 kV electron microscope complex at the UTBLT facility. Research closely connected to this has been performed using the HIT facility, a 3.75 MV Van de Graaff accelerator/1 MV Tandetron accelerator, as well as using neutrons from RTNS-II, JMTR and JOYO. A brief summary of the major accomplishments in the past ten years will be given together with the associated activity on materials data base systems.

日本語訳

核融合材料研究は、東京大学のUTBLTプロジェクトにおける主要な研究分野の一つである。この材料研究は、金属製第一壁材料における重照射効果に焦点を当ててきた。研究は、UTBLT施設において、100kV軽イオン加速器/400kV重イオン加速器/200kV電子顕微鏡複合装置を用いて実施されてきた。これに密接に関連する研究は、HIT施設において、3.75MVヴァン・デ・グラーフ加速器/1MVタンデトロン加速器を用いて、またRTNS-II、JMTR、JOYOからの中性子を用いて行われてきた。過去10年間の主要な成果と、材料データベースシステムに関する関連活動について、簡潔にまとめる。

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