1) negative corpuscle
阴电(性)微粒
2) negative corpuscle
阴电微粒
3) anonic organic particulate
阴离子有机微粒
4) Charge particle
荷电微粒
5) conducting particle
导电微粒
1.
By means of analyzing the impact of surface charge accumulation and free metallic conducting particles on surface discharge of insulators, it is pointed out the that the surface charge accumulation and the adhesion of free metallic c.
通过分析表面电荷和金属导电微粒对绝缘子沿面放电的影响,指出了绝缘子表面电荷积聚和自由金属导电微粒附着是降低直流GIL绝缘性能的重要原因。
2.
The motion characteristics of spherical and filamentary conducting particles near polytetrafluoroethylene( PTFE) spacer between divergingly settled electrodes is experimentally investigated under AC voltage based on the video records of the particle motion trajectories and the motion onset voltage.
在施加交流电压条件下,对楔形布置的电极间聚四氟乙烯(PTFE)绝缘子附近自由导电微粒运动进行了实验观察。
3.
Computing model of electrostatic force acting on a free conducting particle near spacer in inhomogeneous field distributing between diverging electrodes is built.
建立稍不均匀电场中绝缘子附近的自由导电微粒所受作用力的2-D计算模型,通过对微粒表面Maxwell应力张量进行计算,得到微粒在电场中所受的静电力。
补充资料：X线的微粒性
X线的微粒性
物理学术语。用量子力学原理解释，X线是由许多光子组成，这些光子具有一定能量及动质量，突出表现在与物质发生能量变换时，如电离作用、光电效应等。
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