感应电流的 meaning in English
faradic
Examples
- A method of measuring induced currents in the damper windings of the synchronous motors
一种分析同步电机阻尼绕组中感应电流的方法 - Numerical simulation of the hemp induced current in cable shielding near ground
高空电磁脉冲作用下地面电缆屏蔽层感应电流的数值模拟 - In this paper , according to the structure of the internal thermal shield , the model of calculating the eddy currents when plasma disrupting is produced by the finite difference method . according to this model , the distribution and variation of the eddy currents on the internal thermal shield are calculated
本文针对内冷屏的结构，利用有限差分法建立了求解等离子体破裂时感应电流的模型，并利用该模型求出了内冷屏上感应电流的分布及变化情况。 - Based the basic principle of the accumulation of induced electric charges across the resistivity discontinuities and the induction current channeling inside the conductive bodies inspirited by the mt field , we set up the relation between the measured field on the earth surface and the distribution of the induced source underground by means of the defining the electric charge occurrence probability function and the electric dipole occurrence probability function and the spacial distributing of the " correlation probability " . the " image " of the field sources underground , or the distributing graphy of the induced electric charges and the induced current in the mesuring area can be drawed , from which we can get the outline of the geological anomaly on the meaning of the probability
大地电磁场概率成像方法是一种新的地球物理成像反演方法，它是根据在大电磁波场的激励下，地下介质电阻率间断处产生感应电荷积累和导体内部产生感应电流，从而产生感应电磁场的原理，相应地定义了感应电荷发生概率函数和感应电偶极子发生概率函数，通过“相关概率”发生的大小的空间分布，建立了地表观测场与地下场源空间分布的内在联系。地下场源分布概率的“像” ，即测区的感应电荷和感应电流的概率的分布图像，就是测区内地质体在概率意义下地质异常体的分布轮廓。 - On the basis of producing the mathematical model of calculating the induced currents on the passive feedback coils , the distribution and variation of the induced currents and the eddy currents magnetic field are given by numerical calculation . these conclusions are necessary to study the vertical unstability of plasma and design the coils
在建立求解被动导电板感应电流数学模型的基础上，通过数值计算，给出了感应电流的分布和变化情况，同时对涡流磁场的分布和变化也给出详细的计算结果，这些结论对研究等离子体垂直不稳定性和线圈的设计是必需的。