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首页> 外文期刊>Journal of the Korean Institute of Electromagnetic Engineering and Science >Experimental Verification of Induction Phenomenon on Telecommunication Lines by Applying Its Occurrence Mechanisms Using an Artificial ELF Source Generator
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Experimental Verification of Induction Phenomenon on Telecommunication Lines by Applying Its Occurrence Mechanisms Using an Artificial ELF Source Generator

机译:人工ELF信号源产生机理验证电信线路感应现象的实验验证。

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摘要

In this paper, an electromagnetic induction on a telecommunication line by the distribution line of a power provision system or a feeder line of an electrified railway system has been verified through experiments. The basic cause of induction occurrence by these practical power provision systems is the returning current through the earth. This principle has been confirmed by the experiments documented in this paper which implemented these mechanisms to incur an induction. Experimental methods were used to produce the returning current through the earth. The experiment to find a relationship between inducing strength and the distance between the two phase lines in a power provision line has also been included to confirm that, when the distance is enlarged, the induction effect increases as the cross-nullification effect of magnetic fluxes decreases. An experiment for the existence of a shielding effect by another conduction length material has been addedas a protection measure against the induction.
机译:本文通过实验验证了电力供应系统的配电线或电气化铁路系统的馈线对电信线路的电磁感应。这些实用的电源系统产生感应的根本原因是通过大地的返回电流。本文记录的实验证实了这一原理,该实验实现了这些机制以进行归纳。实验方法被用来产生通过地球的返回电流。还进行了寻找感应强度与供电线中两相线之间的距离之间关系的实验,以确认当距离增大时,感应效应随着磁通量交叉趋化效应的减小而增加。添加了另一种导电长度材料存在屏蔽效应的实验作为对感应的保护措施。

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