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1·The impedance matrix and excitation matrix are derived by moment method.

通过矩量法推导了阻抗矩阵和激励矩阵。

2·The mutual impedance matrix of the circular array is also studied by using network theory and MOM.

利用网络理论和矩量法对圆阵互阻抗矩阵的计算进行了研究。

3·This paper presents an approach to derive equivalent circuits directly from symmetrical impedance matrix.

本文提出了一种用对称阻抗矩阵直接得出等效电路的方法。

4·This paper describes the fundamental concept of node impedance matrix and different methods to formate them.

本文就结点阻抗矩阵的概念以及形成方法进行一次探讨。

5·Firstly, impedance matrix interpolation is incorporated in MoM in combination with the preconditioning technique.

首先将有理函数阻抗矩阵插值技术应用于采用预条件器加速的矩量法求解过程。

6·The correct solution can not be obtained for the original input data, even though the impedance matrix is not ill conditioned.

对于原始的输入数据，不可能得到正确的结果，尽管阻抗矩阵并不是病态的。

7·Moreover, a searching method based on the adjacent nodes table is presented to search the loops and obtain its impedance matrix.

针对该文的算法提出了一种基于节点邻接表的搜索方法，用于搜索环网、形成环网阻抗矩阵而无需进行复杂的编码。

8·Considering the mutual flux linkage of parallel lines, this paper presents a general method for update computation of the impedance matrix.

在计及并联线路互感的情况下，提出了一种节点阻抗矩阵修正计算的通用算法。

9·A method to simulate network operations by adding the corresponding Branch-Impedance Matrix to the original network is described in this paper.

文中介绍了采用向网络操作前的原网络追加相应的支路阻抗阵来模拟网络操作的方法。

10·Based on the network impedance matrix and the load flow solution, a novel method for allocation of transmission losses is proposed in this paper.

提出了一种基于网络阻抗矩阵和潮流解的输电系统网损分摊方法。