1) blackout effect
关闭效应，遮闭效应，放电能力瞬间损失
2) electron correlation effect in closed-shell
闭壳层之间的电子相关效应
4) closure effect
闭合效应
1.
The growth behavior of long and short fatigue cracks for aluminum alloys 2024 and 7075 was investigated, which concerned with the groWth rate of fatigue cracks, nominal threshold, intrinsic threshold, crack closure effect, crack wake effect.
本文研究2024（LY12）和7075（LC4）合金的疲劳长、短裂纹扩展特性，包括裂纹扩展速率、名义门槛植、本征门槛值、裂纹闭合效应、尾迹效应。
2.
The observed toughening could be attributed to the closure effect due to the residual stresses near the second phase particles and the deflection effect due to the curves of the crack propagation.
０ＭＰａ·ｍ１／２韧化效应归功于闭合效应以及弯曲效应。
3.
intrinsic threshold, crack closure effect and crack wake of alloys 2090 and 8090 were investigated, and compared with that of alloys 7075 and 2024,respectively.
本工作研究了２０９０和８０９０合金名义门槛值、本征门槛值和闭合效应对裂纹尾迹的响应关系。
5) plugging effect
闭塞效应
1.
Studies on soil plug in driving open-ended steel pipe pile were reviewed and summarized in this paper, which include the theory judging method of soil plugging effect, the height of soil plug, the mechanism of soil plug, the model of soil plug and the analysis method for soil plug.
对开口钢管桩在打入过程中形成土塞的闭塞效应理论判断方法、影响土塞长度的因素、土塞的力学机制以及有关土塞模型与计算方法等研究成果进行了系统的回顾、总结 ,并指出存在的问题 ,进而提出还需要解决的重要问题 ,为进行这方面应用与研究的人们提供参
2.
In this paper,it was assumed that the plugging effect of a soil plug was assumed to be generated within a length from the pile toe to 10D (diameter) for an open end steel pile.
假定开口钢管桩的闭塞效应在桩端 10倍桩径的范围内发生 ,用三种土塞模型来模拟土塞作用机理 。
6) lock-in effect
闭锁效应
1.
That in a closed-loop passive ring resonator laser gyroscope, the bockscatteringfrom cavity mirrors within the resonator, not only can cause lock-in effect, but also cancause mode-pulling effect, is demonstrated in theory.
从理论上证明了在闭环无源谐振腔激光陀螺中，谐振腔的腔镜背散射不但会引起闭锁效应，而且会引起模牵引效应。
补充资料：电子相关
分子式：
CAS号：
性质： 即电子之间的相互作用。电子间的库仑斥力使得在平均势场中独立运动的两个自旋相反的电子不可能在某一瞬间于空间同一点出现，哈特里-福克方法中没有反映电子这种相关作用，从而产生相关能。
CAS号：
性质： 即电子之间的相互作用。电子间的库仑斥力使得在平均势场中独立运动的两个自旋相反的电子不可能在某一瞬间于空间同一点出现，哈特里-福克方法中没有反映电子这种相关作用，从而产生相关能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条