非线性矩阵方程来源于控制理论，梯形网络，动态规划，排队理论，随机过滤，统计学等应用领域。
Nonlinear matrix equations arise in areas of control theory, ladder networks, dynamic programming, queueing theory, stochastic filtering and statistics.
从散射方程出发，求得从无源网络导纳矩阵到有源网络导纳矩阵的转换规则。
On the basis of the scattering equation, some rules of transferring passive admittance matrix to active admittance matrix are obtained.
本文依据传输线理论、微波网络理论、天线原理、矩量法和矩阵理论等，建立起基本传输线方程和四种等效电路模型，为使用集总电路迭代近似方法建立了基础。
In this paper, basic transmission line equation and four kinds of lumped-circuit model were constructed according to transmission line theory, microwave network, antenna theory and matrix theory.
并对多节点规则网络所采用的矩阵方程本征值解法的意义进行了讨论。
The physics meaning of eigenvalue computation of matrix equation of the regular network is also discussed .
以回路电流法为基础，选定某一定子绕组为基准绕组，列写了用矩阵形式表示的、计算回路电流及支路电流的网络方程。
The network equations based on loop current method and expressed in matrix form are established, and the loop currents, then the brance currents, can be calculated by the equations.
本文研究了稀疏矩阵技术在微型机上解电力网络的节点方程组。
The node equation set of the electric network is solved on a microcomputer with sparse matrix technique.
应用微波网络理论建立了基本方程，运用矩阵方法推导出待测件散射参量的闭定式表达式。
The closed form expressions for devices under test are derived by means of microwave network theory and matrix techniques.
详细介绍了用解析解法和数值解法(即矩阵方程的多项式解法)分别求出了基元回路为正方形的“田”字形超导网络在外磁场中的临界温度，结果表明两种计算方法是完全等价的。
The critical temperature of superconducting network which is composed of square unit loops in external magnetic field is solved by means of analytic method and numeric method I.
定义了回路岔集导纳矩阵，假设回路岔集电压矢量作为中间计算量，导出了回路岔集方程，并提出了对电网络的回路岔集分析法。
The admittance matrix Ytc of the branch set is defined, and it is assumed that the vector voltage of the branch set, Flc is a calculative quantity. So the equation …
然后，根据计算节点连接关系，形成总体渗流矩阵和渗流控制方程后就可实现三维任意结构面网络渗流计算。
Then, according to the relationships of calculating nodes, the total seepage matrix and functions can be obtained; and the seepage calculation can be completed.
然后，根据计算节点连接关系，形成总体渗流矩阵和渗流控制方程后就可实现三维任意结构面网络渗流计算。
Then, according to the relationships of calculating nodes, the total seepage matrix and functions can be obtained; and the seepage calculation can be completed.
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