1.
Simulation of Charge Accumulation and Flashover on the Surface of Insulator in SF_6/N_2 Gas Mixtures Using Particle-in-cell Method
SF_6/N_2混合气体中绝缘子表面电荷积聚与沿面闪络的PIC仿真
2.
Analysis of Factors Influence Charge Accumulation on Insulator Surface under Impulse Voltage
冲击电压作用下影响表面电荷积聚过程的因素分析
3.
Effects of Gamma-Ray Irradiation on Surface Charge Accumulation of Polyethylene
伽玛线辐射对聚乙烯表面电荷累积的影响
4.
Study on the Influences of Conducting Particles on Surface Electric Fields and Surface Charge Accumulation of Insulator;
导电颗粒对绝缘子表面电场和电荷积聚影响的研究
5.
Dynamic Behavior of Surface Charge on Polymer Insulating Materials
聚合物电介质表面电荷动态特性研究
6.
Study on Syntonic Problem and Charges Deposited in Dielectric Layers of DBD Device;
DBD系统谐振与表面沉积电荷效应研究
7.
Man -made fibers, such as nylon, polyester, acrylic and olefin, with hydrophobic surfaces, have a greater tendency to retain high electric charges.
象尼龙、涤纶、丙烯腈、烯烃等人造纤维,具有疏水的表面,有聚积大量电荷的倾向。
8.
Study on Fabrication of Charged Polyethersulphone Ultrafiltration Membrane and Its Surface Electrokinetic Phenomena;
聚醚砜超滤膜荷电化及其表面动电现象的研究
9.
Effects of Gamma-Ray Irradiation on Surface Charge Accumulation on Polybutylene Naphthalate
伽玛线辐射对PBN试样表面电荷累积的影响
10.
Remove Surface Charge from Battery
从电瓶中消除表面电荷
11.
There is no free water standing on the surface.
没有自由水积聚在表面。
12.
The Research of the Deposition of the Highly Charged Ions on the Solid Surface and the Kinetic Energy of the Ions Sputtering from the Solid Surface
高电荷态离子在固体表面的势能沉积及其溅射出的粒子能量研究
13.
Static electricity is not a problem with materials that are good conductors, since charges do not accumulate on the surface of such materials.
当材料是良导体时,静电荷不会导致什么麻烦,这是因为在材料表面不会积累电荷。
14.
surface channel ccd
表面沟道电荷耦合掐
15.
surface charge varactor
表面电荷变容二极管
16.
The surface of the soil particle will have a negative charge.
土粒表面会有负电荷。
17.
Effects of Surface Topography and Morphology on Space Charge Packet in Polyethylene
聚乙烯微观形态及表面形貌对其空间电荷包特性的影响
18.
Charge Migration and Decay on Polybutylene Naphthalate Surface
聚萘二甲酸丁二醇酯试样表面电荷迁移与消散机理