例句與造句

1. Improvement on ground - capacitive current in 6kv electric - network in huafeng coal mine
   電網對地電容電流的治理
2. Error analysis on calculation of power network line - to - ground capacitive current
   電網對地電容電流計算誤差分析
3. Capacitive current switching
   小電流遮斷
4. Measurement of capacitive current in power distribution network using current injection methods
   配電網對地電容電流的注入信號測量法
5. Guide for synthetic capacitive current switching tests of ac high - voltage circuit breakers
   交流高壓電路斷路器的合成電容電路開關試驗指南
6. It's difficult to find capacitive current in a sentence. 用capacitive current造句挺難的
7. The study of self - compensation to single phase - to - ground capacitive current in 10 35kv power network
   電網單相接地電容電流自動跟蹤補償系統研究
8. Subsequently , the transient course and characteristics of zero sequence capacitive current are introduced and analyzed
   然后對小電流接地系統單相接地時零序電容電流的暫態(tài)過程及特點做了介紹和分析。
9. Cyclic voltammograms of the modified electrodes showed that the capacitive current and area of the solution - electrode interface were rather large
   從循環(huán)伏安法結果得知，被修飾過之電極在水溶液極電極之電容電流及其表面積均較大。
10. New designed auto tracing arc eliminating device based on this technique contents more technology , which has sample circuit , wide tuning scope , quick response and low noise . this paper firstly introduces neutral grounding histroy . by analyzing the syntony grounding theory , the transient and stable process of one - phase grounding fault , the threaten to secure run of power system and the importance of exact compensation for capacitive current are cognized
    論文中首先介紹了中性點接地方式的發(fā)展過程，通過對諧振接地原理和單相接地故障的暫態(tài)、穩(wěn)態(tài)分析，認識到接地故障對系統安全運行的危害，通過消弧線圈對接地電容電流的迅速準確補償是減小故障危害的最主要手段。
11. Simultaneity this overvolgate damages greatly the equipment for power supply . after liberation , in our country eliminating arc loops were loaded in the neutral to compensate capacitive current , so that it can restrain the probability of arc generating in the exception point . apparently the intention is to avoid arc . owing to a great deal of characteristic of eliminating arc loop itself , it is difficult to compensate effectively capacitive current
    我國目前解決的辦法是在中性點加裝消弧線圈補償電容電流來抑制故障點弧光發(fā)生的機率。這種方法的目的是為了消除弧光，但由于消弧線圈的自身的諸多特點，很難對電容電流進行有效補償，特別是高頻分量部分對供電設備造成的危害無法克服。