他对感应电流和感应电场有着内在的兴趣。
He had an inherent interest in induced current and in the induction field.
就会产生磁场，也就产生了感应电流。
Somehow the magnetic field generated by it, and it has to be a donating current.
在第一个线圈中感应电流随着时间变化。
感应电流是电磁场研究的重要内容之一。
Inducted current is one of the important contents in the field of electromagnetic research.
本文介绍了能方便更换样品的感应电流法。
The induced current method with which samples can be exchanged is described in this paper.
该方法适合分析各种电缆的外皮感应电流。
This method is propitious for the analysis of all kinds of cortically induced current.
该感应电流流在相同的方向上的电路的电流。
This induced current flows in the same direction as the circuit current.
这样就能直接给设备供电，无需借助磁场和感应电流。
Power is transferred to each device by direct contact rather than via a magnetic field and induction.
Faraday氏法的感应电流是一种电磁的基本规律。
Faraday's law of Induction is a basic law of electromagnetism.
并介绍了电磁感应电流的缓解方法，提出了尚需研究的问题。
The schemes for mitigation and the problems for study are suggested as well.
首次提出了地下多导体中感应电流、电位所应满足的传输线方程组。
The transmission line models and equations are introduced and discussed in the paper.
在此类阴极中，一个靶经过磁场，因此感应电流在畸变磁场的靶中流动。
In such cathodes a target passes through a magnetic field, whereby induction currents flow in the target which distort the magnetic field.
地磁感应电流(GIC)会对大型电力变压器的安全运行产生不利影响。
Geomagnetically induced current (GIC) will affect the secure operation of large power transformers.
这种手段在一小块头骨上形成一个磁场，既而在大脑中产生微弱的感应电流。
The technique generates a magnetic field on a small part of the skull which creates weak electric currents in the brain.
利用定子与转子间气隙旋转磁场与转子绕组中感应电流相互作用的一种交流发电机。
Using stator and in intertrochanteric air gap rotary field and rotor winding induced current interaction one kind of alternator.
文章通过理论分析和试验数据，对感应电流与电磁场幅度及环路阻抗的关系进行了探讨。
This article discussed the relationship of the inductive current, the lever of electromagnetic field, and the loop circuit impedance by some test date concisely.
概括了接地开关开合感应电流的运行工况及同杆双回线路电磁感应与静电感应的产生机理；
The questions of earthing switch switching induced current are discussed in this paper, and the operating mode is summarized.
讨论了感应炉的感应加热作为传热方程的内热源以及感应电流的集肤效应对数值计算的影响。
The influences of internal heat source, collecting surface effect of induction flux on numerical simulation were discussed.
感应电流的一定量的电流能释放1克同等重量的电解物质，接近于9。6494 ？ 4库仑。
The quantity of electricity that is capable of depositing or liberating1gram equivalent weight of a substance in electrolysis approximately9.6494? 4coulombs.
本文提出了计算任意形状导体表面上感应电流分布的一种新的电流模型——节点单元电流模型。
A new type of current model, defined as node nuit current model, for calculating current distribution on arbitrary shape conductors is presented.
感应电流的一定量的电流能释放1克同等重量的电解物质，接近于9。6494 ？04库仑。
The quantity of electricity that is capable of depositing or liberating1gram equivalent weight of a substance in electrolysis approximately9.6494? 04coulombs.
该文给出了架设在地面上的任意弯曲电缆在任意极化平面波照射下，其终端感应电流的通用表达式。
In this paper, a unified formulation to determine the terminal currents of an arbitrarily bended cable excited by a plane wave at any polarization angle is presented.
文中还给出了当平面波正投射时，同心圆盘-圆环结构上感应电流各分量的幅度分布和散射场分布。
Numerical results are also given for the current distribution and the far radiation patterns of a disc-ring structure.
文章分析了由等离子体电流和真空室感应电流在HT-7U装置环向场超导磁体中产生的涡流损耗。
The eddy current losses in the toroidal field superconducting magnet of the HT-7U tokamak, produced by plasma current and the eddy currents on the vacuum vessel, are analyzed.
由于等离子体中心区域自举电流比较小，为了满足等离子体平衡要求，非感应电流驱动是必不可少的。
Because of the low bootstrap current in central area of plasma, the non-induced current driving is necessary for the request of plasma balance.
由于电气参数与线圈中感应电流的分布和变化情况有关，可以通过分析感应电流的特性确定电气参数。
As the electrical parameters bear a relation to the distribution and time variation of the induced currents, the parameters can be determined by analyzing the feature of these currents.
闭合线圈在磁场中运动，线圈中的电流变化将产生自感，自感电流对总感应电流的贡献是不容忽视的。
The current intensity of variations will produce self-induction when a closed coil moves in magnetic field. Must be attended to the contribution of the current by self-induction to total current.
高压直流（HVDC）输电换流器两侧的谐波阻抗对确定地磁感应电流（GIC）引发的谐波有重要意义。
The harmonic impedance on two sides of converters in HVDC transmission system is important in determinating the harmonics due to GIC (geomagnetic induced currents).
高压直流（HVDC）输电换流器两侧的谐波阻抗对确定地磁感应电流（GIC）引发的谐波有重要意义。
The harmonic impedance on two sides of converters in HVDC transmission system is important in determinating the harmonics due to GIC (geomagnetic induced currents).
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