1) dynamic inductance
动电感
2) Dynamic inductance
动态电感
1.
Dynamic inductance of winding with magnetic cores;
含磁芯线圈动态电感计算
2.
Finally it gives an explicit time formula for dynamic inductance ((10) - (16) formula).
对电磁炸弹的核心-磁通压缩发生器进行分析,建立了其等效电路模型,并着重对工作过程中等效定子线圈的匝数及电枢半径变化情况进行分析,得出了明晰实用的动态电感随时间变化的表达式。
3.
The concept of dynamic inductance and its computation expressions are proposed.
该法以单位长度伸长接地体的冲击特性真型试验结果为基础,导入了波过程情况下导体动态电感的概念及相应的表达式,并以此为依据导出了非线性差分电路模型。
3) electrodynamic induction
电动感应
4) voltaic induction
动电感应
5) induced electromotive force
感应电动势
1.
Measuring AC magnetic permeability by induced electromotive force;
利用感应电动势测量交流磁导率
2.
This article discusses the transformatoin of induced electromotive force under the condition of relativistic transformatoin, the motion－produced electromotive force do not transfer into induction－produced eletromotive force according to difference of choices of reference system.
讨论感应电动势在相对论变换下，随着参照系选择的不同，动生电动势并不变换为等值的感生电动势，仅当参照系间的相对速度比光速小得多时才例外。
6) induction electromotive force
感应电动势
1.
Using the slider to drive a metal bar to cut perpendicularly the uniform magnetic field in the center of a Helmholtz coil,induction electromotive force could be produced.
利用滑块带动金属杆切割亥姆霍兹线圈中心区域匀强磁场的磁感应线,可以产生感应电动势。
2.
The first discussion is that induced electromotive force plus moving induced electromotive force equaling induction electromotive force in experimental result ; The second discussion is that moving induced electromotive force is divided into three types, according to the generating cause of moving induced electromotive force.
围绕电磁感应定律讨论两个问题,第一论证了感应电动势等于感生电动势与动生电动 势之和是实验结论;第二阐述了依据动生电动势产生的原因,将动生电动势分为三种类型;并且通 过实例进行了相关的讨论。
补充资料：电感器(见电感和标准电感器)
电感器(见电感和标准电感器)
inductor
diongon印电感器(inductor)见电感和标准电感器。
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