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TranslationMobile

分潮流
分流

"component" in Chinese : adj. 構(gòu)成的，組成的，合成的，成分的。 compon ...
"current" in Chinese : adj. 1.通用的，流行的。 2.現(xiàn)在的，現(xiàn)時的，當(dāng)時 ...
"component of current" in Chinese : 電流分量; 電流軸線分量
"current component" in Chinese : 電流分量
"alternating current component" in Chinese : 交林量; 交流分量
"current density component" in Chinese : 電流密度分量
"direct current component" in Chinese : 直林量; 直流分量
"direct-current component" in Chinese : 直流成分; 直流分量
"effective component of current" in Chinese : 電流有功分量
"horizontal current density component" in Chinese : 水平電流密度分量
"quadrature axis component of current" in Chinese : 電粱軸分量
"reactive component of current" in Chinese : 電流無功分量
"reactive current component" in Chinese : 無功電流分量
"real component of current" in Chinese : (螺旋矢量)電流實部,實際電流
"watt component of current" in Chinese : 有功電流

Examples

Calculation and analysis for transient fault component current
暫態(tài)故障分量電流的計算分析
The k1 component currents have no current - amphidromic points in the whole area
K _ 1分潮流在本區(qū)內(nèi)無圓流點。
Workplace client technology automatically keeps these components current with the latest version installed by the administrator
Workplace client technology自動保持這些組件與管理員安裝的最新版本一致。
The co - current charts of main constituents show that the m2 component currents have one current - amphidromic point at 29 18 ' n , 122 46 ' e , and the co - phase lag lines rotate anti - clockwise here
主要分潮的潮流同潮圖表明： m _ 2分潮流在29 18 n ， 122 46 e處有一個圓流點，同潮時線在該處以反時針旋轉(zhuǎn)。
This method uses wavelet transform to pick up the transient fault information because of its multi - resolution characteristics and time - frequency localization nature . fault line is detected based on the modulus maxima or energy comparison under some scale of wavelet transform of phase currents or component current . this method is applicable for such power system as only furnished with ct on two phases , so the shortcoming of other methods presented in recent years is overcome
即利用相應(yīng)出線相電流或分量的暫態(tài)信息突變量在小波變換某一尺度下模極大值或能量比較來確定故障線路，該方法同樣適用于只裝設(shè)兩相ct的小電流接地系統(tǒng)，從而克服了迄今為止提出的一些選線方法在系統(tǒng)只裝設(shè)兩相ct時失效的問題。