1) ctatering effect
陷口效应
2) defect effect
缺陷效应
1.
The defect effect in the one-dimensional negative permeability material;
一维负磁导率材料中的缺陷效应
2.
The defect effect in the two-dimensional negativepermeability material;
二维负磁导率材料中的缺陷效应
3.
We have investigated the defect effect in three-dimensional (3-D) left-handed metamaterials, consisting of an array of repeated unit cells of copper wires and hexagon split ring resonators (SRRs) on strips of standard circuit board material.
以金属铜六边形开口谐振环 (SRRs)与金属铜线的组合为结构单元 ,研究了三维左手材料中的缺陷效应 。
3) "self-trapping" effect
"自陷"效应
4) trapping effect
陷阱效应
1.
However,trapping effect may play an important role in reducing the carrier recombination rate and prolonging the carrier lifetime,resulting in the high responsivity in this work.
在时间响应测试中,器件表现出持续光电导(PPC)现象,这使得器件的响应时间延长,然而,器件中可能存在的陷阱效应能够降低载流子复合几率,延长载流子寿命,从而导致了器件的高响应度,这将有利于器件在静态目标的高灵敏度探测领域的应用。
5) Shallow traps effect
浅陷阱效应
6) notch effect
缺口效应
1.
Under the influence of notch effect,plastic deformation and other mechanical behavior parameters on different section of specimen about plastically metallic material were studied by means of tensile testing.
通过拉伸试验研究了在"缺口效应"影响下塑性金属材料试样不同截面处的塑性变形规律及其它常规力学性能指标,结果表明所试验金属材料缺口拉伸塑性变形主要集中发生在缺口附近局部区域,同时探讨了增加"缺口塑性"这一新的性能指标及建立相关试验标准的必要性。
2.
In the paper, notch effect of 93W-4.
５Ｆｅ合金在静拉伸载荷下的缺口效应，并用光学显微镜和扫描电镜观察分析了其变形和断裂特征。
3.
Under the influence of notch effect,plastic deformation and other mechanical behavior parameters on different section of specimen about plastically metallic material were studied by means of tensile testing.
通过拉伸试验研究了在缺口效应影响下塑性金属材料试样不同截面处的塑性变形规律及其他常规力学性能指标。
补充资料：点缺陷(见晶体缺陷)
点缺陷(见晶体缺陷)
point defect
点缺陷point defeet见晶体缺陷。
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