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Author(s):
¸¦µæÂåɽ¼Ô¡¡·ª²¼¡¡ÍµÌÀ¡ÊÅìËÌÂç³Ø¶â°ºàÎÁ¸¦µæ½ê¡Ë ½êÆâÀ¤Ïÿ͡¡²ÃÆ£¡¡ÍºÂç H. Kurishita and Y. Katoh (Eds.)
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Title:
Ê¿À®£¸Ç¯ÅÙ³ËÍ»¹ç²Ê³Ø¸¦µæ½ê¶¦Æ±¸¦µæ ¡ÖÈ﻽ýºàÎÁ¤ÎÈù¾®ÂÎÀѶ¯ÅÙɾ²ÁË¡¤Î¹âÅÙ²½¡×¸¦µæ²ñ NIFS Workshop on Application of Micro-Indentation Technique to Evaluation of Mechanical Properties of Fusion Materials
Date of publication:
Nov. 1996
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Key words:
micro-indentation, small specimen testing technology, mechanical property, irradiation damage, structural materials, plasma facing materials
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Abstract:
NIFS workshop on "Application of Micro-Indentation Techique to Evaluation of Mechanical Properties of Fusion Materials" were help in Toki on October 9, 1996, as a part of the activity of NIFS collaborative research on "Advanced Technologies for Small-Volume Mechanical Property Testing of fusion Reactor Materials". The major topics at the workshop included the application of micro- (and nano-) indentation technique to evaluation of tensile stress-strain property, interfacial mechanical property of composite and joining materials and hardening of this layers in ion-irradiated materials. This report compiles the abstract and viewgraphs for each presentation.
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