赵永秀, 殷晓虎. 爆炸性环境低压感性电路开路电弧放电研究综述[J]. 煤矿安全, 2016, 47(6): 63-66.
    引用本文: 赵永秀, 殷晓虎. 爆炸性环境低压感性电路开路电弧放电研究综述[J]. 煤矿安全, 2016, 47(6): 63-66.
    ZHAO Yongxiu, YIN Xiaohu. Research Review on Low Voltage Inductor-disconnected Arc Discharge Based on Explosive Atmosphere[J]. Safety in Coal Mines, 2016, 47(6): 63-66.
    Citation: ZHAO Yongxiu, YIN Xiaohu. Research Review on Low Voltage Inductor-disconnected Arc Discharge Based on Explosive Atmosphere[J]. Safety in Coal Mines, 2016, 47(6): 63-66.

    爆炸性环境低压感性电路开路电弧放电研究综述

    Research Review on Low Voltage Inductor-disconnected Arc Discharge Based on Explosive Atmosphere

    • 摘要: 运用IEC安全火花试验装置对低压感性电路开路电弧放电进行爆炸性试验研究,分析其电弧放电特性。详细阐述了电弧放电的试验研究、电弧放电电流数学、放电时间和电弧电阻模型;讨论了电弧微观机理模型,为深入研究分析低压感性电路开路电弧放电理清思路;从不同角度叙述所提出的本安判定理论;探究了电弧模型的研究中有待解决的问题。

       

      Abstract: Based on the safety spark test apparatus, the low voltage Inductor Disconnected Discharged (IDD) characteristics were studied through explosion experiment. The low voltage IDD characteristics were analyzed. The experimental research state, mathematical model and discharge time of the arc discharge were expounded in detail; the micro mechanism models of the arc discharge were discussed. Thus, the clear ideas were got in order to further study the low voltage IDD characteristics; the assessment theory of the intrinsic safety was introduced from different aspects. Finally, some problems to be solved were explored in the study of the arc model.

       

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