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- Mechanism of Lightning Shielding Failure 雷电绕击机理分析
- analysis of lightning shielding failure 雷电绕击分析
- lightning rod for lightning shielding failure 防绕击侧针
- lightning shielding failure trip 雷电绕击跳闸
- Analysis of Lightning Shielding Failure of Metal Mesh on the Roof of Building 屋面金属网格的防雷保护失效分析
- Analysis on Lightning Shielding Failure of Overhead Transmission Line and Its Countermeasure 架空送电线路雷电绕击分析及对策
- Calculation of Lightning Shielding Failure of Transmission Lines in Mountainous Area Using EGM 山区输电线路EGM绕击率计算
- lightning shielding failure 绕击跳闸率
- Lightning Shield mana cost reduced. “闪电之盾”的法力消耗降低。
- Abstract: Shielding failure is the main cause of lightning flash-over of EHV transmission lines and UHV transmission lines. 摘 要: 绕击是超高压、特高压输电线路雷击跳闸的主要原因，山区绕击跳闸率计算相对平原更为复杂。
- With such model the effect of tower structure,lightning current amplitude,angle of the lightning incidence,as well as the ground angle on the shielding failure rate are analyzed. 应用改进的电气几何模型分析了输电线路杆塔结构、避雷线和导线的布置、雷电流的幅值、地面倾角对绕击率的影响。
- Elemental Shields - Formerly Improved Lightning Shield. 元素盾-以前的强化废柴盾。
- Lightning Shield: This ability will now work properly even when the Shaman is stunned, fleeing, or incapacitated. 电盾:现在在萨满眩晕;逃跑;无法行动时也能正常生效了.
- The weapon enchants are an unusual part of the shaman class, as are mechanics like the shield spells (Earth Shield, Lightning Shield) and Frost Shock. 萨满的武器附魔是一个独特的部分，又如萨满的护盾法术（大地护盾，闪电盾）还有冰霜震击。
- Electro-geometric (EGM) model is now the most popular method for the shielding failure flash-over rate(SFFOR) calculation. 绕击是超高压、特高压输电线路雷击跳闸的主要原因,山区绕击跳闸率计算相对平原更为复杂。
- The electrogeometric model (EGM) described with striking distance has been widely used in the shielding failure analysis of transmission line. 使用击距描述的电气几何模型广泛用于输电线路的雷电绕击分析。
- Electro-geometric （EGM） model is now the most popular method for the shielding failure flash-over rate （SFFOR） calculation. 为提高山区线路绕击跳闸率的计算精度，在现场调研的基础上，利用蒙特卡罗法和改进的电气几何模型研究了山区复杂地形下输电线路的绕击特性，总结出了包括山顶、山谷、沿坡、爬坡、跨沟等各种典型的山区复杂地形下的绕击跳闸率计算模型，并且计算了各种典型地形下，不同坡度、不同沟深、不同杆塔高度的绕击跳闸率变化规律。
- Sequence parameters and unbalance level in parallel untransposed 4-circuit transmission lines and lightning shielding line with length of 2 km is calculated on basis of Carson model. 以卡森模型为基础 ,对一段 2km未换位的同杆并架 4回输电线及避雷线的试验线路 ,用Matlab仿真计算了序参数及线路不平衡度。
- Besides there is only one direction of zero modal current when shielding failure occurs, which makes zero modal voltage increases monotonically. 若发生绕击故障，零模电流只沿一个方向，使保护安装处零模电压在故障后一段时间内呈现单调变化。
- Experimental methods and models were analyzed,such as standard method,electrical geometric model(EGM),leader progression model(LPM) and shielding failure probability model. 分析了几种雷电绕击研究方法或模型,如规程法、电气几何模型、先导发展模型、绕击概率模型。
