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Eddy Currents Induced in Two Parallel Round Conductors

机译:两个平行圆形导体中感应的涡流

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The paper presents a method of analysis of eddy currents induced in a system of two parallel round conductors by a transverse alternating magnetic field generated by a current in one of them. The magnetic field is represented by means of magnetic vector potential as expansion into Fourier series. Using the Laplace and Helmholtz equations as well as the classical boundary conditions we determine analytically the current density induced due to the proximity effect. Power transmission lines with round conductors are widely used in distribution networks. Therefore, although the paper is theoretical, the determination of electromagnetic parameters of the power transmission lines is of huge practical significance.
机译:本文提出了一种分析由两个平行圆形导体组成的系统中的涡流的方法,该涡流是由其中一个电流产生的横向交变磁场产生的。磁场通过磁矢量势表示为傅立叶级数展开。使用拉普拉斯(Laplace)和亥姆霍兹(Helmholtz)方程以及经典边界条件,我们可以分析地确定由于邻近效应而引起的电流密度。具有圆形导体的电力传输线广泛用于配电网络中。因此,尽管本文是理论上的,但是确定输电线路的电磁参数具有巨大的现实意义。

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