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Development of in-pile capsule for IASCC study at JMTR

JMTRにおけるIASCC研究のための照射下試験キャプセルの開発

松井 義典; 塙 悟史; 井手 広史; 飛田 正浩*; 細川 甚作; 小沼 勇一; 川又 一夫; 金澤 賢治; 岩松 重美; 齋藤 順市; 宇賀地 弘和; 塚田 隆

Matsui, Yoshinori; Hanawa, Satoshi; Ide, Hiroshi; Tobita, Masahiro*; Hosokawa, Jinsaku; Onuma, Yuichi; Kawamata, Kazuo; Kanazawa, Yoshiharu; Iwamatsu, Shigemi; Saito, Junichi; Ugachi, Hirokazu; Tsukada, Takashi

照射誘起応力腐食割れ(IASCC)は、炉内の照射・高温水・応力が同時に作用する条件で起こる現象であるが、従来のIASCC研究は、照射後試験が中心であった。本来は、その同時作用効果を把握するために、照射下でのSCC試験が最も重要であるが、技術的に困難であったことから、実施できなかった。今回、JMTRでこの技術開発及び照射下試験(き裂進展試験,き裂発生試験)に成功したので、本報で報告する。

Irradiation assisted stress corrosion cracking (IASCC) caused by the simultaneous effects of radiation, stress and high temperature water environment is considered to be one of the critical concerns of in-core structural materials not only for light water reactors (LWRs) but also for water-cooled fusion reactors. In the research field of IASCC, post-irradiation examinations (PIEs) for irradiated materials have been mainly carried out, because there are many difficulties on SCC tests under neutron irradiation environment. Hence we have embarked on a development of the test techniques for performing the in-pile SCC tests. In this paper, we describe the developed several in-pile test techniques and the current status of in-pile SCC tests at Japan Materials Testing Reactor (JMTR).

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