inductive current造句
例句与造句
- Inductive current stimulus
感应电刺激物 - The dial has to be suitable for the demonstration of the inductive current from the slow input and output rodlike magnet in coil of 300 spirals
刻度线必须适合来演示在300圈螺旋线圈中慢慢抽进抽出的棒壮磁条所产生的感应电流。 - The simulation results indicate that the two circuits " currents have the same frequency and the inductive current is at the same quantity class as the discharging current
Ansys仿真的结果表明：两个回路的电流的频率相同，感应回路的电流强度非常大，与初级回路处于同一数量级，只是落后一个相位角。 - First , the conducting targets ' electromagnetic scattering is researched in this paper . the rwg vector base functions are used to denote inductive current on the surface of the conducting target . efie is built . the rcs of conducting sphere . conducting plate , conducting cube are calculated respectively , the electromagnetic scattering of multi - rivets on the conducting plate are researched the first time , and the impaction of multi - rivets to the total rcs is analyzed
用rwg矢量基函数表示导体表面的感应电流，建立了导体表面的电场积分方程( efie ) ，分别计算了导电球、导体平板、导电立方体的rcs ，首次研究了导电平板上有多个铆钉的电磁散射，分析了多个铆钉对目标总的rcs的影响。 - The new instrument add a sensor that can gather the signal of the stator inductive current . and by analyzing the signal of the stator inductive current , judge the moving state of the electromotor . this instrument is mainly diagnosis the follow fault : the fragment of the bar in the rotor fault , the fault of eccentricity of the interspace between the rotor and the state of the electromotor . ,
本仪器是在回转机械故障诊断与监测系统的基础上开发的，同时，根据电机这种特殊设备的实际情况，增加了电机电气信号的检测，即通过对电机定子三项绕组电流信号的变化分析，来找出电机的电气故障，主要是转子断条，气隙偏心故障以及定子等故障。 - It's difficult to find inductive current in a sentence. 用inductive current造句挺难的
- From the model , we can solve and gain the values and change orders of charging current , charging voltage , discharging current , discharging voltage and inductive current . after that , the electromagnetic fields can be created from two circuits " currents , and their magnetic rector and flux can be simulated from ansys solver
用ansys multiphysics模块求解出充电电流、充电电压、放电电流、放电电压和感应电流以及这些参数随时间变化的规律：然后利用两个回路的电流耦合出电磁场，并仿真出磁矢量、磁通密度。