2) atom resonance
原子共振
1.
The conception of atom resonance is put forward.
由此提出了受激原子共振的观点:在放电电流上升阶段,因放电通道中等离子体振荡频率可覆盖金属晶格振动频率,会使电极材料表面晶格原子产生共振或接近共振,加剧放电的热作用,使电极表面材料以"共振"形式去除;而在放电电流趋于平稳后,等离子体振荡频率则远远小于晶格振动频率,电极材料表面晶格原子不具备共振的必要条件,此时材料主要是以"碰撞"形式去除。
3) Nonlinear resonance fluorescence principle
非线性共振荧光原理
4) resonance theory
共振理论
1.
Through the occupation of valence shell,it discusses species' chemical stability and property,Lewis's multiple bonds and resonance theory.
文章介绍了路易斯结构的基本概念和书写路易斯结构式的重要方法,从价壳占据度讨论物种的化学稳定性和化学性质,路易斯结构的多重键、局限性以及共振理论等。
2.
Two possible theories for the rain-wind induced vibration, Den Hartog’s galloping theory, and resonance theory were generally described.
然后简要阐述了拉索风雨激振的两种致振机理,共振理论和Den Hartog驰振理论。
5) resonance mechanism
共振机理
1.
The forced resonance mechanism is one of many reasons of power system low frequency osillation.
强迫型共振机理是引起电力系统低频振荡的原因之一。
2.
According to the resonance mechanism, power disturbance of prime mover can arouse power system forced low frequency oscillations.
共振机理是解释电力系统发生低频振荡的理论之一。
3.
This paper concentrates on the research of power system low frequency oscillations on resonance mechanism, while how different forms of disturbances affect the oscillation characteristics and the possible sources in governing system which may evoke the oscillation are comprehensively studied and simulated.
本文围绕电力系统共振机理低频振荡这一问题,研究了各种形式的扰动对振荡特性的影响,仿真分析了汽轮机调速系统摆动可能引发电力系统共振机理低频振荡的问题,完成的主要工作如下: 1。
6) the vibration in comon of psychology
心理共振
补充资料：电子自旋共振(见电子回旋共振)
电子自旋共振(见电子回旋共振)
electron spin resonance
电子自旋共振eleetron spin resonanee见电子回旋共振。
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