Embrittlement of a 17Cr Ferritic Steel Irradiated in Phenix.

机译：phenix辐照17Cr铁素体钢的脆化。

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Charpy V and tensile tests have been performed with samples made of 17Cr ferritic steel irradiated in Phenix at temperatures between 390 and 540C up to a maximum dose of 83.3 dpaF. All over the temperature and dose ranges, irradiation leads to an increase of the ductile brittle transition temperature (DBTT). The DBTT and hardening are decreasing functions of the irradiation temperature. Fast neutron flux at 390C hardens the material more than a sole thermal ageing does. (ERA citation 13:054147)

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作者
Allegraud, G.; Boutard, J. L.; Boyer, J. M.;
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年度 1987
页码 1-8
总页数 8
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Ferritic Steels; Ductile-Brittle Transitions; Embrittlement; Fast Neutrons; Physical Radiation Effects; Charpy Test; Hardening; High Temperature; Temperature Dependence; Tensile Properties; Transition Temperature; Foreign technology; ERDA/360106; Reactor cores;

机译：铁素体钢;韧性脆性转变;脆化;快中子;物理辐射效应;夏比试验;硬化;高温;温度依赖性;拉伸性能;转变温度;国外技术; ERDa / 360106;反应堆芯;

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Embrittlement of a 17Cr Ferritic Steel Irradiated in Phenix.

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