Time-domain Analysis Method of Lightning Transient Characteristics of Grounding Electrode

机译：接地电极雷差瞬态特性的时域分析方法

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A new numerical method based on the Chebyshev equation is applied to analyze the transient characteristics of a grounding system electrode under lightning current in this paper. The time-variable parameters caused by the soil ionization effect around the grounding conductor are considered. It shows this numerical method is an effective one and the ionization effect of the grounding conductor cannot be ignored. This result is validated by comparison with the results in literature.

机译：应用基于Chebyshev方程的新数值方法来分析本文雷电电流下接地系统电极的瞬态特性。考虑了由接地导体周围的土壤电离效应引起的时变参数。它显示了该数值方法是有效的方法，并且不能忽略接地导体的电离效果。通过与文献结果进行比较验证了该结果。

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来源
《Asia-Pacific conference on environmental electromagnetics》|2003年||共2页
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作者
Shaofeng Yu; Jun Zou; Jinliang He; Rong Zeng; Yanqing Gao; Jian Guo;
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正文语种
中图分类电磁场理论的应用;
关键词
grounding electrode; lightning impulse response; chebyshev equation; time variable parameters;

机译：接地电极;闪电脉冲响应;Chebyshev等式;时间可变参数;

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专利

1. An engineering method for determining the lightning resistance of high-voltage transmission lines allowing for the impulse characteristics of the grounding electrodes [J] . Z. Stoikovich, M. Savich Электричество . 1999,第3期

机译：确定接地线的脉冲特性的高压输电线路耐雷击的工程方法
2. An engineering method for determining the lightning resistance of high-voltage transmission lines allowing for the impulse characteristics of the grounding electrodes [J] . Z. Stoikovich, M. Savich Электричество . 1999,第3期

机译：用于确定允许接地电极脉冲特性的高压传输线的耐光性的工程方法
3. Experimental Studies of the Transient Characteristics of a Deeply Buried Grounding Electrode and a Grounding Mesh [J] . KAZUO YAMAMOTO, SHUNICHIYANAGAWA, SHOZO SEKIOKA Electronics and communications in Japan . 2013,第12期

机译：深埋接地电极和接地网瞬态特性的实验研究
4. Time-domain Analysis Method of Lightning Transient Characteristics of Grounding Electrode [C] . Shaofeng Yu, Jun Zou, Jinliang He, Asia-Pacific conference on environmental electromagnetics(CEEM' 2003) . 2003

机译：接地电极雷电瞬态特性的时域分析方法
5. Analysis and synthesis of transient antennas using the finite-difference time-domain (FDTD) method. [D] . Maloney, James Geoffrey. 1992

机译：使用有限差分时域（FDTD）方法分析和合成瞬态天线。
6. Frequency domain model for transient analysis of lightning protection systems of buildings [O] . Pablo Gómez 2016

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7. Experimental Evaluation of Lightning-Surge Propagating in Distribution System and Customer's Facility-Surge Characteristics of Grounding Electrodes and Concrete Poles, and Lightning-surge in Customer's Facility- [O] . Jun Yoshinaga, Mitsunobu Usui, Toshio Sonoda, 2004

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Time-domain Analysis Method of Lightning Transient Characteristics of Grounding Electrode

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