1) ionizaiton resistance
电离电阻
2) ionic resistance
离子电阻
1.
Determination of the internal ionic resistance of porous electrodes;
多孔电极内部离子电阻的测量
2.
Potential step chronocoulometry and current step chronopotentiometry are used to determine the real surface areas of the porous electrodes,the compensation resistance of the electrolyte,the internal ionic resistance of the porous electrodes and the time of transition.
本文介绍了利用恒电流阶跃法和恒电位阶跃法等电化学测试手段测量多孔电极的比表面积,欧姆补偿电阻,内部离子电阻以及过渡时间等参数的方法。
3) isolation resistance
隔离电阻
4) Resistance distance
电阻距离
1.
In N, the resistance distance between any two vertices is the effective resistance between them.
在N中，任意两点的电阻距离即为两点间的有效电阻。
2.
The resistance distance r_(ij) between vertices i and j of a weighted connected graph G is computed as the effective resistance between nodes i and j in the corresponding network N, which is constructed from G by replacing each edge of G with a fixed resistor, and the weight assigned on each edge is equal to the value of the corresponding resistor.
赋权的连通图G中任意两个顶点i和j之间的电阻距离r_(ij)定义为：用特定电阻来代替G中的每条边构造出的电网络N中节点i和j之间的等效电阻的阻值，其中每条边上的权值就等于电阻值。
3.
The resistance distance r_(ij) between vertices i and j of a connected graph G is computed as the effective resistance between nodes i and j in the corresponding network constructed from G by replacing each edge of G with an unit resistor.
连通图G的两个顶点t和j之间的电阻距离r_(ij)定义为通过用单位电阻来代替G中的每条边而构造出的电网络N中的节点i和j之间的有效电阻的阻值。
5) resistively isolated
电阻隔离
1.
When the generator working in SF6,the divergences of output pulse waveforms between inductively isolated charging configuration and resistively isolated charging configuration are analyzed preliminarily,and then the further optimized design of wave erection Marx generators is proposed.
最后分析了发生器工作在SF6气体中分别采用电感隔离充电与电阻隔离充电时发生器输出脉冲波形的差异,并对陡化前沿Marx发生器的进一步优化设计给出了一些实用的建议。
6) distance resistor box
距离电阻盒
补充资料：碰撞电离(见电离)
碰撞电离(见电离)
collision ionization
pengZhLjo门g凶。川!碰撞电离(eollision ionization)见电离。
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