AC-DC power convertors; corona; finite element analysis; shielding; statistical analysis; 3D electric field calculation model; ANSYS software; DC corona inception electric-field; DC corona tests; E-field strength; FEM transient electric field analysis; HVDC system; altitude correction formula; converter quadrivalve corona shields; converter station valve hall; corona discharge; discrete loading voltage waveform; electric field distortion; electric field evaluation; electromagnetic environment requirements; external insulation; finite element method; high altitude area; hybrid AC-DC operating voltages; statistical analysis; Corona; Electric fields; Electrodes; Finite element analysis; Loading; Silicon; Valves;
机译:电晕环设计及其位置对400kV和1000kV污染的绝缘子串电场和电势分布的影响
机译:大气电场中多点系统周围的非平稳电晕:II。电场的高度和时间变化
机译:地面400kV架空输电线路的电场评估:仿真与测量
机译:电场评估±400kV转换器高海拔地区的电晕屏蔽
机译:电晕在不对称电场中放电,并影响离子风的产生。
机译:常压电晕放电产生的氢离子和高电场的电离能力
机译:aDLash opitical光纤电缆对apollo-Cahora Bassa HVDC线屏蔽线周围电晕起始梯度和电场的影响。