1) "Conducting" instability
"导电"失稳
2) induction instability
诱导失稳
3) voltage instability
电压失稳
1.
Analysis of the probability of voltage instability based on Thevenin equivalent parameters;
基于戴维南等值参数的电压失稳概率解析
2.
Mid and longer-term voltage instability are usually caused by the continuing increase of the load, and is characterized by a period when the voltage drop down quite slowly.
为理解中长期电压失稳现象的本质,采用小扰动分析法在系统特性曲线上展示静态特性不同的具体负荷的静态电压稳定域的确定过程,解释了失稳过程中系统电压稳定于低水平的现象,指出不同负荷在系统特性曲线下半支的稳定情况由负荷的静态特性所决定;在此基础上还讨论了目前两类截然不同的中长期电压失稳现象的机理解释,即无功功率和有功功率不平衡解释,指出这两种机理之间存在着紧密的联系和统一之处。
3.
In order to make up the deficiency of traditional analytical method used in the research of voltage stability problem, we need to know the probability information concerned with voltage instability.
为了克服传统分析方法在电压稳定问题研究中存在的不足,需要掌握与电压失稳现象相关的一些概率信息。
4) voltage weak stability zone
电压失稳区
5) PPC effect
稳恒光电导
6) the stability of electroconductibility
导电稳定性
1.
The types and characteristics of conductive polymer composites were briefly introduced in this article,while more concerns were taken on reviewing the types of conductive filled polymer composites,the conductive mechanism and the methods of improving the stability of electroconductibility.
简要介绍了导电聚合物的分类及特点,重点论述了填充型导电高分子材料的分类、导电机理以及提高其导电稳定性的方法,并对填充型导电复合材料的发展方向提出了建议。
补充资料：导电
1.让电流通过。一般金属都能导电。
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