The constant of electrostatic charge decay time is an important physical quantity that can describe the electrostatics property of materials.
静电衰减时间常数是定量描述材料静电性能的重要物理量。
When charged particle micelles enter a metal ring probe, the electrostatic charge generates on the ring probe surface.
当荷电粉粒体微团流经环状金属探测器时，在该探测环表面将产生感应电荷。
By analyzing electrostatic charge distribution in fluidized bed, zones of charge generation and dissipation were identified.
通过对流化床内静电分布分析，确定了流化床内静电积累和消散的位置。
Measures to test and control electrostatic charge in fluidized beds were introduced and further research direction was suggested.
阐述了流化床流体力学行为与静电的关系、静电检测和静电控制的方法，提出了有待继续研究的方向和领域。
The constant of electrostatic charge decay time is a important physical quantity that can describe the electrostatics property of materials.
静电衰减时间常数是定量描述材料静电性能的重要物理量，可以通过测量静电电荷衰减时间达到测量静电的目的。
Electrostatic Discharge (ESD) -the transfer of electrostatic charge between bodies or surfaces at different electrostatic potential. ESD is a subset of EOS.
ESD -即静电放电之意。指不同电位的二个物体之间产生的电荷急骤流动的现象。
This measuring instrument for electrostatic charge of particles can realize the real-time , on-line and remote detection of electrostatic charge of particles.
该粉体静电监测仪能够实现对粉体静电的实时、在线、远程监测。
The present invention is directed to a filter media comprised of an electro-conductive scrim so as to improve on the dissipation time of an electrostatic charge.
本发明涉及一种由导电稀松纱组成的过滤介质，以便改进静电消散时间。
ESD(Electro Static Discharge):the transfer of electrostatic charge between bodies at different electrostatic potentials by direct contact or induced by electrostatic field.
静电释放：是指通过直接接触或静电场感应的方式，在不同电势差的情况下导致静电荷转移的现象。
So, the effective, real-time and on-line detection of electrostatic charge of particles in the process of particles disposal is the advanced task which has attracted the most attentions.
石化行业中，粉体静电放电会引发火灾、爆炸等事故，因此，粉体处理作业过程中带电量的有效实时在线监控，一直是静电研究领域十分关注的前沿课题。
So, the effective, real-time and on-line detection of electrostatic charge of particles in the process of particles disposal is the advanced task which has attracted the most attentions.
石化行业中，粉体静电放电会引发火灾、爆炸等事故，因此，粉体处理作业过程中带电量的有效实时在线监控，一直是静电研究领域十分关注的前沿课题。
应用推荐