Application of Magnetic-optic crystal materials in the measurement of lightning current

Hong Gao, Yuexin Yang, Zongxu Qiu, YiLan Luo, Dunxun Liu, Qingfeng Zeng
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引用次数: 3

Abstract

The design of lightning current measurement system on Shenzhen Meteorological Tower is demonstrated, and the basic principle of the Magnetic-optic crystal sensor which is used to measure lightning current is introduced in this paper. First, the surge test about Magnetic-optic crystal is done, the results show that Magnetic-optic crystal sensor has a good time response performance and can record the lightning current waveform well. Besides, it also has a reliable measurement accuracy. Then it is applied to the current measurements of artificially triggered lightning tower in Conghua, Guangdong, China. The results of lightning current measurement between Magnetic-optic crystal sensor and coaxial shunt are compared. The analysis showed that the current waveform is generally consistent and the Magnetic-optic measurement can reflect the change of lightning current truly. Therefore, The Magnetic-optic measurement would be a good way in the measurement of lightning current.
磁光晶体材料在雷电电流测量中的应用
介绍了深圳气象塔雷电电流测量系统的设计,介绍了用于测量雷电电流的磁光晶体传感器的基本原理。首先,对磁光晶体进行了浪涌测试,结果表明,磁光晶体传感器具有良好的时间响应性能,能够很好地记录雷电电流波形。此外,它还具有可靠的测量精度。并将其应用于广东从化人工触发雷击塔的电流测量。比较了磁光晶体传感器和同轴分流器对雷电电流的测量结果。分析表明,电流波形基本一致,磁光测量能真实反映雷电电流的变化。因此,磁光测量是测量雷电电流的一种很好的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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