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首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >Space charge characteristics in cross-linking polyethylene under electrical stress from dc to power frequency
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Space charge characteristics in cross-linking polyethylene under electrical stress from dc to power frequency

机译:从直流到工频的电应力下交联聚乙烯中的空间电荷特性

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The space charge characteristics in cross-linking polyethylene (XLPE) are investigated under various electrical stresses from de to power frequency. The pulsed electro-acoustic method is improved to meet the needs of measurement under ac voltages. The frequency and phase angle dependences of the space charge are studied by means of phase-locking and frequency-converting techniques. Test results show that space charge can develop and accumulate in XLPE under an ultralow frequency voltage. The critical frequency of the applied ac voltage is less than 0.02 Hz. The mechanism of the formation of space charge in XLPE under an ac voltage is discussed through degassing of a sample in vacuum. [References: 23]
机译:研究了交联聚乙烯(XLPE)在从de到功率频率的各种电应力下的空间电荷特性。改进了脉冲电声法,以满足交流电压下的测量需求。通过锁相和频率转换技术研究了空间电荷的频率和相位角依赖性。测试结果表明,在超低频电压下,空间电荷可以在XLPE中发展和积累。施加的交流电压的临界频率小于0.02 Hz。通过在真空中对样品脱气,讨论了在交流电压下XLPE中空间电荷形成的机理。 [参考:23]

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