电力线周围电磁场的比较

Dušan Medved’, J. Zbojovský, M. Pavlík, I. Kolcunová, J. Urbanský
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引用次数: 0

摘要

电磁场的产生是由电荷的时变运动决定的。电磁场是由带有电流和电压的设备向周围发射的。电磁场的计算对于评估人际交往中可能存在的健康风险具有重要意义。电力使用的增加趋势也与传输功率的增加有关,因此电磁场的水平也更高。考虑到这一点,了解电磁场的水平及其对人体的影响仍然是有意义的。为此本文提到了400千伏电力线周围各种电力塔的电磁场比较。在多物理场软件ANSYS中实现了仿真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparison of Electromagnetic Fields around Electric Power Lines
The generation of electromagnetic fields is conditioned by the time-varying movement of the electric charge. Electromagnetic field is emitted to the surrounding by devices that operate with electric current and voltage. The calculation of electromagnetic fields is important for assessing possible health risks in human interaction. The increasing trend in the use of electricity is also associated with an increase in transmitted power and hence a higher level of electromagnetic fields. With this in mind, understanding the levels of electromagnetic fields and their impact on the human body is still relevant. For this reason is in this paper mentioned comparison of electromagnetic fields around 400 kV power lines various power towers. Simulations were realized in multi-physic software ANSYS.
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