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1)  noninduced voltage
非感应电压
2)  induced voltage
感应电压
1.
Hazard of induced voltage in isolated-neutral power supply system of aluminium smelter and its elimination;
电解铝厂整流系统中性点不接地感应电压的危害及消除
2.
Emulation and study of induced voltage and current for 500 kV double-circuit line on same tower;
500 kV同塔双回线路感应电压和电流的仿真与研究
3.
Problems of induced voltage and current for 500 kV enhanced interconnection systems between Fujian and Zhejiang;
500kV福建与浙江加强联网工程系统感应电压和电流问题研究
3)  inductive voltage
感应电压
1.
To reduce the inductive voltage,shield cable is proposed,or connecting parallel capacitor to power-supply line temporarily.
试验结果表明,开关操作时由于500kV串内连接线和400V电源线间存在电容耦合,在操作电源供电母线上有较高的感应电压存在。
2.
The inductive voltage and inductive current of 500 kV double-circuit transmission lines were calculated and measured on site.
对淄川—益都—潍坊500 kV同塔双回线路的感应电压、感应电流进行计算和实测。
3.
To avoid the influence of the running ways and faults of power system on OPGW and to ensure its regular running, a measure that install composite impedance in OPGW to keep the inductive voltage and current of OPGW within the allowable range is presented in this article.
为了保证OPGW不受系统运行方式和故障的影响而正常运行,文章采取在OPGW上装设复合阻抗的方法,使OPGW中的感应电压和电流在其允许范围之内,保证其能够长期正常工作。
4)  induction voltage
感应电压
1.
Calculation of the induction voltage on double circuit transmission lines;
同杆并架双回输电线路感应电压的计算
2.
Results show that there exists a perfect corresponding relationship between the induction voltage and the carburized depth.
根据轴对称涡流电磁场有限元计算的基本原理,开发了有限元分析软件,计算了不同渗碳层深度时涡流检测线圈的感应电压。
3.
This paper calculates the induction voltage and current of double-circuit transmission line on same tower in 750 kV xining-Yongdeng-Baiying project by EMTP.
通过对计算结果的分析并结合IEC标准,提出本工程750kV同塔双回线路接地开关的参数要求:电磁感应电流和电磁感应电压及静电感应电流满足B类标准要求,静电感应电压超出B类标准,要求为55kV。
5)  non-inductive surge
非感应性电涌,无感冲击电压
6)  noninductive charging
非感应起电
1.
Charges accumulation and electric field development within two convective clouds which had different degree of convection and wind shear in Changchun were simulated by introducing an improved noninductive charging mechanism including the influence of particle diameters and impact velocity into the three-dimensional dynamics and electrification coupled model.
在三维强风暴动力和电耦合数值模式的基础上,考虑了粒子直径及降落末速差对转移电荷的影响,把非感应起电参数化方案作了进一步改进,对长春地区两次不同强度、不同环境风切变的对流云内电荷累积和电场发展过程进行了模拟分析。
2.
Recent studies show that noninductive charging is one of the dominant charging mechanism inside clouds and the charging rate is affected by factors such as particle sizes,relative terminal velocity, cloud temperature and liquid water content.
近年来的研究表明,非感应起电是云内一种重要的起电机制,碰撞粒子的大小、降落末速差、云温及液态水含量等对非感应起电率都有影响;而三维强风暴动力电耦合数值模式中,假设粒子间碰撞时转移电荷的数量和极性为定值。
补充资料:标准操作冲击电压波形(见冲击电压发生器)


标准操作冲击电压波形(见冲击电压发生器)
standard switching impulse voltage waveform

  b .oozhun CooZuo ChongJld,onyo boxlng标准操作冲击电压波形(standard switchingimpulse voltage waveform)见冲击电压发生器。
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条