1) branch voltage
支路电压
1.
And then, the relational expression between braneh voltage and cutset voltage as well as relational expression between branch voltage and independent node voltage are obtained.
据此得到支路电压 ,分别与割集电压、独立节点电压之间的关系式 。
2) branch of voltage source
电压源支路
3) branch voltage formulation
支路电压法
4) ideal voltage source branch
理想电压源支路
1.
Results show that the developed software(LCL) can distinguish automatically and process the network containing the ideal voltage source branch (ignoring the internal resistance), even if it contains VCCS and CCCS (such as.
使用结果表明 ,可以对含有理想电压源支路 (忽略内阻 )的网络进行分析 ,即使网络中含有VCCS和CCCS(包括由理想电压源中电流控制的电流源 )或者出现上述情况的组合都能够自动识别并作出相应处理 。
5) branch current
支路电流
1.
State estimation method of distribution network based on load current takes load current as state variable, the branch measurement function is represented with load current, and the state estimation value of branch current can be obtained, which reduces the solution space of state estimation problem and raises the convergence of algorithm and calculation speed.
基于负荷电流的配电网状态估计方法以负荷电流为状态变量,将支路测量函数用负荷电流表示,利用三相潮流计算方法得到支路电流的状态估计值,从而降低了状态估计问题的求解空间,提高了算法的收敛性和计算速度,通过将该算法与三相潮流计算法比较,结果表明状态估计算法在效果、速度、收敛性方面都较常规方法优越。
2.
A new SE algorithm for distribution network is developed, its power flow algorithm is based on the ZBUS method and for the arborescent radial structure of distribution network a measurement transformation method based on branch current is adopted .
该算法中的潮流算法是基于ZBUS法的潮流算法,并针对配电网的树状辐射形结构,采用了基于支路电流的量测变换方法以处理量测量,经特殊处理后也可以方便地处理电流幅值量测和节点电压量测。
6) shunted circuit
分支电路
1.
Taking the inductance and resistance of shunted circuit as design variables and the amplitude of the displacement of the last move node of the cantilever beam as target value,we obtain the different optimum shunted circuit′s parameters in different motivation frequencies using modified genetic algorithm.
以分支电路中电感和电阻值为设计变量,梁有限元模型动端点处节点位移振幅为目标函数,使用遗传算法优化电路中的电感和电阻,得到不同激励频率下分支电路的最优参数值。
2.
Active-Passive Hybrid method using shunted circuit is used to suppress structural vibration.
采用基于分支电路的主动-被动混合的控制方法对结构振动进行抑制,通过在控制器中设置主动电感使得分支电路的谐振频率在一定范围内可以连续调节,以适应激励频率的变化。
3.
In this paper, the optimization of semiactive shunted circuit in the vibration control for a piezoelectric beam is studied.
应用遗传算法,对采用半主动分支电路控制悬臂梁振动的结构优化设计问题做了研究。
补充资料：标准操作冲击电压波形(见冲击电压发生器)
标准操作冲击电压波形(见冲击电压发生器)
standard switching impulse voltage waveform
b .oozhun CooZuo ChongJld，onyo boxlng标准操作冲击电压波形(standard switchingimpulse voltage waveform)见冲击电压发生器。
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