1) quantity of electricity
电量，电荷
2) charge
[英][tʃɑ:dʒ] [美][tʃɑrdʒ]
荷电量
1.
The topological and physical property of nano-particle will be directly affected by the charge and size of its precursor.
通过密立根油滴实验技术改造,提出了调制电场纳微颗粒荷电量和粒径测量技术。
2.
Through observation dispersivity of micro powder with different charge in organic solution,to obtains relations between the different charge of micro powder and the dispersivity,Then explores one method witch micro powder disperse in organic solution.
通过观察微米级粉体荷电后在有机液体中的分散效果,从而得到荷电量与分散性之间的关系。
3) electric charge
电荷量
1.
The basic conception of parallel computing is introduced and by LAN and PVM,the network parallel computing environment is established and the problem of variation of electric charge is solved with parallel implementation.
介绍了并行计算的基本概念 ,利用局域网和PVM构成并行计算环境 ,实现了对电荷量变化的并行计算 。
4) charge measurement
电荷测量
1.
FPGA application in charge measurement of BES-Ⅲ drift chamber;
FPGA在BESⅢ漂移室电荷测量中的应用
2.
The design of BESIII EMC charge measurement with three ranges
BESIII电磁量能器三量程电荷测量方案
5) charge handling capacity
电荷容量
1.
It is shown that ,as the gate length decreases , the gap width between the gates increases and the depth of the channel becomes shorter, the transmitted charge handling capacity will drop from (6.
结果表明,随着栅长减小、栅间隙长度增加和沟道深度减小,传输栅电荷容量约从6。
6) electric charge quantum
电荷量子
1.
The value of electric charge quantum Q is estimated by use of least squares method in total space.
应用参数估计和假设检验的数学方法对密立根油滴实验中的油滴电量（随机变量）Ｑ在各样本区间的分布进行了分析，并对总体样本用最小二乘法估计了电荷量子ｅ的值。
补充资料：电量
分子式：
分子量：
CAS号：
性质：电荷的数量。以库（仑）（coulomb,C）为单位。1库相当于6.2414×1018电子的电量，但正负号相反。设在时间t内有恒稳电流I通过导体，则通过的电量Q=I×t，如电流I为不定值，则Q= ∫Idt。
分子量：
CAS号：
性质：电荷的数量。以库（仑）（coulomb,C）为单位。1库相当于6.2414×1018电子的电量，但正负号相反。设在时间t内有恒稳电流I通过导体，则通过的电量Q=I×t，如电流I为不定值，则Q= ∫Idt。
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