HVDC power transmission; XLPE insulation; ageing; charge measurement; electric current measurement; electric field measurement; power cable insulation; space charge; voltage measurement; AC stress; DC electrical stresses; HVAC cables; HVDC cable application; HVDC insulating material; XLPE insulation; ageing acceleration; ageing law; conduction mechanisms; cross-linked polyethylene; current-versus-voltage measurements; electric charges; electric field distribution; high applied DC electric field; high voltage direct current cables; increase breakdown risk; insulation material; interface injection mechanisms; nondestructive space charge measurement technique; space charge accumulation phenomena; thermal gradient; thermal step method; thermal stresses; volume electrical conduction; Cable insulation; Electric fields; HVDC transmission; Power cables; Space charge; Temperature measurement; Conduction mechanisms; Electric field; HVDC Cable; Space charge; XLPE;
机译:具有2D血小板填充物的XLPE复合材料中的电荷运输动力学和空间电荷累积,用于HVDC电缆绝缘
机译:稳定剂对高压直流输电用交联聚乙烯空间电荷行为的影响
机译:用于HVDC电缆绝缘的温度依赖性直流电导率和XLPE / GO纳米复合材料的空间电荷分布
机译:HVDC电缆应用XLPE中高施加直流电场导通机制和空间电荷累积现象的研究与分析
机译:漂移有向传导(电晕放电,HVDC传输线,静电除尘器)表征的介质的电场和电荷密度的计算。
机译:HVDC电缆附件中的表面层氟化调节空间电荷行为
机译:对于HVDC电缆应用,脱气对半导体结合XLpE中空间电荷特性和直流电导率的影响