核安全
覈安全
핵안전
NUCLEAR SAFETY
2012年
3期
1-11
,共11页
反应堆压力容器%辐照效应%韧脆转变温度增值△T41J
反應堆壓力容器%輻照效應%韌脆轉變溫度增值△T41J
반응퇴압력용기%복조효응%인취전변온도증치△T41J
reactor pressure vessel%irradiation effect%the ductility-brittle transition temperature△T41J
综合了国内外反应堆压力容器（RPV）钢的实验结果,归纳、分析了RPV钢的辐照参数、冶金因素对辐照效应的影响及其实践应用,对出现的现象和规律作了理论解释,并对辐照脆化机制和公认的规律作了介绍和总结。
綜閤瞭國內外反應堆壓力容器（RPV）鋼的實驗結果,歸納、分析瞭RPV鋼的輻照參數、冶金因素對輻照效應的影響及其實踐應用,對齣現的現象和規律作瞭理論解釋,併對輻照脆化機製和公認的規律作瞭介紹和總結。
종합료국내외반응퇴압력용기（RPV）강적실험결과,귀납、분석료RPV강적복조삼수、야금인소대복조효응적영향급기실천응용,대출현적현상화규률작료이론해석,병대복조취화궤제화공인적규률작료개소화총결。
This paper has synthesized the domestic and foreign experimental results for Reactor Pres-sure Vessel Steel (RPVS). The paper has also summed up the influence of the irradiation parameters and the metallurgic factors of RPVS on the irradiation effects, and its application. At last the paper has made an induction, analysis and the theoretical explanation for the occurred phenomena and laws. The mechanism of irradiation embrittlement and generally recognized laws are introduced and summarized as well.
