1) Potential Fluctuation
电势波动
2) electric potential
电势
1.
The electric potential and charge distribution of a charged ellipsoidal conductor;
带电导体椭球的电势和电荷分布
2.
Different methods of calculating the electric potential of a uniformly charged ring;
圆环电荷的电势的几种算法及讨论
3.
The discussion of electric potential reference point from some feign mistakes;
从几个佯谬问题所引起关于电势参考零点的讨论
3) potential
电势
1.
The Electril Field and the Potential Distrikution in the Plane of Ring for An Even Charge Ring;
均匀带电圆环环平面内的电场、电势分布
2.
The electric field potential and intensity of an electric disk conductor;
带电圆盘导体电场的电势和场强
3.
Calculation and discussion of the potential of a system for a point charge and a dielectric sphere;
点电荷与介质球系统电势的计算和讨论
4) electric field
电势
1.
The new solution of an electric potential and an electric field distributions for a charged electric conduct ring.
研究带电椭圆环导体的电势和电场分布。
2.
In the rectangular coordinate system, we express the electric field intensity and different position electric field energy of the elliptical ring with positive electric charge in the central axis.
在直角坐标系中分别表示出了均匀带电椭圆形环在中心轴线上任意位置处的电势及电场。
5) electrokinetic potential (ζpotential)
电动电势（ζ电势）
6) Zeta potential
Zeta电势
1.
Influences of the concentration and pH of LAS neopelex on Zeta potential of simulated oil-water interface of heavy crude oil and its polar components were studied by using electrophoreic method.
考察了阴离子乳化剂十二烷基苯磺酸钠(LAS)质量分数、水相pH等因素对稠油及其组分油水界面Zeta电势的影响,并初步探讨了稠油组分与阴离子乳化剂的协同作用。
2.
The main contents of this experiment include the preparation of sulfur sol by replacement of solvent and the determination of zeta potential of the sol using the type JS94G+ electrophorese instrument.
本实验的主要内容包括:采用更换溶剂法制备多种硫磺溶胶;用JS94G+型微电泳仪测定溶胶的Zeta电势。
3.
The interactions between α Al2O3 nanoparticles and metal ions or electrode surface during composite electrodeposition process were investigated by Zeta potential and electrochemical methods.
采用Zeta电势和稳态极化以及电化学交流阻抗(EIS)研究了纳米Al2O3粒子和电解液中的金属离子,和电极表面的相互作用,进而分析了纳米粒子对Co2+和Ni2+还原沉积的影响规律。
参考词条
补充资料：X线的波动性
X线的波动性
物理学术语。X线是一种波长很短的电磁波。其波动性主要是表现以一定的波长和频率在空间传播，并发生折射、反射、干涉、衍射等现象。X线是一种横波，以波动方式传播，在真空中其波速与光速相同。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。