- 更多网络例句与零序相关的网络例句 [注：此内容来源于网络，仅供参考]
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There are mutual impedance and mutual admittance in zero sequence network of double circuit that makes it difficult to calculate fault circuits by symmetry component method.
用对称分量法进行超高压同杆双回线故障计算时将遇到零序分量间存在零序互阻抗和零序互电纳的问题。
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This paper introduced an eigen-mode decomposing method to decouple zero sequence parameter in double circuit. The decomposing matrix of eigen-mode component is given. The zero sequence component relationship between voltages or currents at two terminals of double circuit was achieved by composing eigen-mode components.
提出一种采用特征模量分解方法对同杆多回线间的零序参数解耦，并给出了同杆双回线零序参数特征模量分解矩阵，通过特征模量分解得到同杆双回线路两端之间的零序电量关系。
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The conclusion is gained that measured waveform and simulated waveform of un-faulted feeder lines are anastomotic and have great comparability, but those of faulted feeder line has much difference compared with its simulated waveform.
比较各馈线零序电流的实测波形和由测后模拟方法所求解的波形发现：健全馈线零序电流的实测波形和由测后模拟法所求解的波形相吻合，具有极强的相似性；而故障馈线零序电流的模拟波形是在假设其正常工作的条件下获取的，实测波形和模拟波形差异较大。
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The characteristics and applications of zero order current protection are discribed in detail in this paper.
分析了零序电流保护的特点及应用情况，提出了零序电流保护属于后备保护系列、在和其它保护方式相配合方面还应加以改进，说明了零序电流保护在发电厂和变配电系统中的重要地位。
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On the basis of analyzing the law of variation of the zero order current , the zero order voltage and the zero order power in the isolated neutral system, a synthetic criteria principle of selecting the grounded fault line according to three criterias at the same time was put forward.
在对中性点不接地系统单相接地故障情况下零序电流、零序电压以及零序功率的变化规律做了认真分析的基础上，提出了采用3个判据同时判断的故障选线三合一综合判据原理，这个综合判据可以大大提高接地选线的准确率，具有一定的推广利用价值。
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On the basis of analyzing the law of variation of the zero order current, the zero order voltage and the zero order power in the isolated neutral system, a synthetic criteria principle of selecting the grounded fault line according to three criterias at the same time was put forward.
1中性点不接地系统零序电流的分析中性点不接地系统在发生故障时零序电流的变化最明显，因而对故障情形下零序电流的大小、相位及其功率等关系进行分析很有必要。1.1零序电流的大小关系对于NUS，其线路图见图1。图中kl和k：断开。
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Starting with the traits of zero order impedance and the relationship between zero order current and zero order impedance,analyzes the main differences of electric traits of power cable s and aerial lines and the disadvantages of applying power cable s into the traditional grounded protection.
从正、负、零序阻抗特性以及零序阻抗与零序电流的关系入手，分析了架空线路与电力电缆电气特性的主要区别及传统接地保护应用于电力电缆线路所带来的弊端。
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Pilot zero sequence directional protection may fail to operate because the zero sequence current on one end does not reach the set value of the protective relay,although zero sequence directional elements on both ends operate correctly.
线路发生接地故障时，两侧零序阻抗相差过大将导致两侧零序电流差别过大，虽然两侧的零序方向元件均能正确动作，但是由于一侧零序电流达不到动作定值，从而造成纵联零序方向保护拒动。
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On the basis of the analysis of the transient negative current, a compensated voltage can be generated with multiplying the rms value of the negative sequence transient current of the feeder by a settable compensated reactance, then combined with the magnitude of the zero-sequence voltage to consist of the compounded compensated voltage, which can be utilized to revise the characteristics of the inverse time-delay.
其基本保护采用零序过电压保护，动作时间采用反时限特性；在分析接地故障负序暂态电流分布特点的基础上，利用线路负序电流暂态有效值与一个可整定的补偿电抗相乘，形成补偿电压，并与零序电压幅值合成复合补偿电压，利用该电压对基本的反时限动作特性曲线进行修正，使零序过电压保护具有选择性。
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The inverse time delay characteristic is adopted by the basic zero-sequence over-voltage protection. On the basis of the analysis of the transient negative current, a compensated voltage can be generated with multiplying the rms value of the negative sequence transient current of the feeder by a settable compensated reactance, then combined with the magnitude of the zero-sequence voltage to consist of the compounded compensated voltage, which can be utilized to revise the characteristics of the inverse time-delay.
其基本保护采用零序过电压保护，动作时间采用反时限特性；在分析接地故障负序暂态电流分布特点的基础上，利用线路负序电流暂态有效值与一个可整定的补偿电抗相乘，形成补偿电压，并与零序电压幅值合成复合补偿电压，利用该电压对基本的反时限动作特性曲线进行修正，使零序过电压保护具有选择性。
- 更多网络解释与零序相关的网络解释 [注：此内容来源于网络，仅供参考]
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zero drift：零漂
零序:zero sequence | 零漂:Zero Drift | 零维:zero-dimension
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KAN FLJ：负序电流继电器
2 电流继电器 KA LJ | 3 负序电流继电器 KAN FLJ | 4 零序电流继电器 KAZ LLJ
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null sequence：零序,零序列
null representation 空白表示法 | null sequence 零序,零序列 | null sequence reactance 零序电抗
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null sequence reactance：零序电抗
null sequence 零序,零序列 | null sequence reactance 零序电抗 | null set 零测度集,空集,空集合
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component,positive phase sequence：正相序(部)分
零序部分 component, zero sequence | 正相序(部)分 component,positive phase sequence" | 复合 composite
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zero one law：零一律
zero-one integer programming 零一整数规划 | zero-one law 零一律 | zero-order 零序,零次,零价
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zero set：调零
zero sequence voltage 零序电压 | zero set 调零 | zero set control 调零设备,零位控制装置
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Residual current relay：零序电流继电器
578 Residual current 零序电流 | 579 Residual current relay 零序电流继电器 | 580 Residual magnetism 剩磁
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Residual current relay：剩余电流继电器,零序电流继电器
1561. residual current ==> 剩余电流,残余电流 | 1562. residual current relay ==> 剩余电流继电器,零序电流继电器 | 1563. residual damage ==> 残留损伤
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zero sequence shunt circuit：零相分路
zero sequence resistance ==> 零序阻抗 | zero sequence shunt circuit ==> 零相分路 | zero sequence symmetrical component ==> 零序对称分量