用谐振探针在余辉式等离子体中进行测量，观察到了谐振效应。
A measurement with a resonance probe in the afterglow plasma was carried out and the resonance phenomenon was observed.
拥有更低峰值电流和场效应晶体管漏源极开通电压的800伏特准谐振设计展示出一次侧传导电磁干扰降低的优势。
The 800v quasi resonant design with lower current peak and lower drain-source voltage during turning on of the MOSFET demonstrates advantages in conducted EMI spectra regarding the primary side.
利用一种新的电路模型系统研究了约瑟夫森结与谐振器的耦合效应。
Taking advantage of a new circuit model, we studied the coupling effect of resonator-coupled Josephson junction.
因此，高斯束谐振系统对高频遗迹引力波的频率和传播方向具有良好的选择效应。
Therefore, GBRS have a useful selective effect with respect to the frequency and propagation direction of relic HFGWs.
谐振状态下管内出现最强的压力波并产生最强的冷效应和热效应。
The pressure wave strength, the cooling effect and heating effect of the tube are the strongest in a state of resonance.
最后介绍了在激光干式清洗中与基底表面粒子相关的一些物理问题：光学谐振和近场效应。
Some physical problems, related to the particle on the surface, i. e. optical resonance and near-field effects in dry laser cleaning are also analyzed.
介绍了检波器耦合的叠加效应和耦合谐振模型，为提高对耦合系统的描述精度，提出了检波器耦合系统的二自由度模型。
The stacking effect model and coupling resonance model were presented. The two-freedom model which gives high description precision of coupling system was proposed.
研究了在微梁谐振器结构中，梁作高阶振动时挤压气体薄膜的阻尼效应。
The squeeze film damping effects on beam shaped micro resonator was studied.
笔者指出，当入射引力波和高斯束不同频率时，高斯束谐振系统产生的一阶扰动光子流没有观测效应。
This paper points out that the first-order perturbation photon flux produced by this system has not observed effect when GWs is different from frequency of Gaussian beam.
对采用方波频率调制数字闭环谐振型光纤陀螺中克尔效应的影响进行了深入的理论分析。
The influence of Kerr effect to close-loop digital resonator fiber optic gyroscope based on square-wave frequency modulation was analyzed in theory.
其负电容效应并不是来自于电流-电压的相位变化，而是来自于电容谐振。
The negative capacitance effect was not from the phase of the current - voltage change, but from the capacitor resonant.
结合作者部分工作，对板条激光器的热效应、聚光器和光学谐振腔等关键问题和技术进行了物理分析。
Based on our investigation results, some key problems and techniques concerning slab lasers, such as the thermal effects, pumping cavity and resonators, are analyzed physically.
与此同时，线形谐振腔引起的空间烧孔效应也有利于抑制均匀展宽效应。
What′s more, the spatial hole burning in linear cavity is propitious to suppress the homogeneous broaden line.
对此作了详细研究， 并对计算结果进行了讨论，总结出谐振频率偏移与谐振腔各参量的相互关系，从而提出减小这种效应的有效措施。
The results of calculation are discussed and the relationship between the resonance frequency offset and the parameters of the cavity is generalized. Methods to minimize the effect are suggested.
建立了受激细胞谐振-扩散链模型的假设，作为毫米波针刺效应的机理模型。
The hypothesis of Exited-Cell-Resonance-Diffuse-Chain (ECRDC) is presented as the model for millimeter wave acupuncture channel mechanism.
多种温度系数，适用于谐振回路及温度补偿效应的电路。
Designed from all series TC series TC suits for oscillation and temperature compensate compensate circuit.
详细讨论了热效应对谐振腔基本特性的影响，给出了四镜环形腔的热不灵敏条件。
The thermal influences on its basic properties are discussed in detail. And the insensitive condition of the 4-mirror ring resonator to thermal thin lens is given.
根据高斯光束传输的ABCD矩阵，设计了对热效应不灵敏的Z型谐振腔。
According to the ABCD matrix of Gaussian beam's propagation, a Z-type cavity insensitive to thermal lens effect is designed.
根据高斯光束传输的ABCD矩阵，设计了对热效应不灵敏的Z型谐振腔。
According to the ABCD matrix of Gaussian beam's propagation, a Z-type cavity insensitive to thermal lens effect is designed.
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