1·This research is to apply psychological reactance theory to the influence of forced adoption conditions.
该调查将心理抗拒理论应用到强迫采用条件下的影响上。
2·The origins of the nonlinear resistance and reactance are discussed.
对非线性声阻和声抗的根源作了探讨。
3·Slot leakage reactance of stator winding is an important constant of a.
定子绕组槽漏抗是电机的一个重要电磁参数。
4·And put forward a method to limit short-circuit current—series reactance method.
提出了限制短路电流的方法—串联电抗法。
5·Capacitor Banks with various reactance ratio have different functions to harmonic.
不同电抗率的电容器组对谐波有不同的作用。
6·Interesting Fact: "reverse psychology" is an attempt to influence people using reactance.
有趣的发现：“颠倒心理学”就是一种试图用抵抗来影响他人的行为。
7·Company main products: Voltage stabilizer, high low pressure transformer, reactance implement.
公司主要产品：稳压器、高低压变压器、电抗器。
8·In this paper, an improved image method for calculating transformer leakage reactance is introduced.
本文介绍了一种改进后的用镜像法计算变压器漏磁场及漏电抗的新方法。
9·Winding faults can be identified by measuring transformer short-circuit reactance and analyzing the data.
通过测量变压器的短路电抗并计算分析，可以判断变压器的绕组故障。
10·Based on full current theory, derive formula of slot leakage reactance from magnetic field energy calculation.
采用全电流定理，由磁场能量的计算推导出槽漏抗计算公式。
1·An improved calculation method of reactance of armature reaction is put forward, which need less computation time and have higher accuracy degree.
改进了现有的电枢反应电抗计算方法，使得计算时间更短、计算精度更高。
2·It is hold that one can increase static capacitance, reduce mode of input reactance and enhance the antenna gain by increasing down lead wires, their distances or lengthening the top loading wires.
研究表明，增加引线数目、引线间距和加长顶线长度均可以增加天线系统的静电容，减小输入电抗的模值，并使天线的增益有所改善。
3·This paper discussed the LC series circuit, then proposed method to select the reactor reactance rate to support the use of the capacitor.
本文在讨论了LC串联电路之后，提出了与电容器配套使用的电抗器电抗率的选取方法。
4·The affection of parameter variation of down lead wires and top loading wires on effective height, radiation pattern, input reactance, radiation resistor and static capacitance is discussed.
同时研究了引线及顶线的各项参数变化对天线的有效高度、增益、输入电抗、辐射电阻及静电容的影响。
5·The optimal design of large transformers with combinatorial optimization and with the reactance voltage drop as the constraint is described.
本文运用组合优化方法进行大型变压器的优化设计，提出了电抗约束判别条件。