| 1. | The calculation of transfer - impedance matrix for black - box subnetwork
子网络的子网络转移阻抗矩阵的计算 |
| 2. | The conception of network loss sensitivity and is introduced in chapter four , which provides theoretical reference to reduce calculation amount for simulated annealing
第四章引用网损微增率的概念，介绍了阻抗矩阵法求解网损微增率的方法。 |
| 3. | Meanwhile , an efficient method , impedance matrix interpolation , is described . the impedance matrix is calculated at relatively large frequency intervals and interpolated to approximate its values at intermediate frequencies
同时，在计算宽频带电性能参数时，引入了一种有效而快速的方法?阻抗矩阵插值技术。 |
| 4. | Gravity model : the typical inputs include one or more flow matrices , an impedance matrix reflecting the distance , time , or cost of travel between zones , and estimates of future levels of productions and attractions
重力模型：输入的基本数据包括一个或多个流量矩阵，反映距离的阻抗矩阵，小区间的出行时间和成本，未来发生和集中预测。 |
| 5. | Analyze the rectangular microstrip patch array using green functions method , resolve the integral equation by the method of moment , propose a method for resolving the mom impedance matrix , which is a combine of analytical method and numerical method
用矩量法计算了同轴馈电的矩形微带贴片阵列的电流分布，在求解广义阻抗矩阵时，给出了一种解析方法与数值方法相结合的方法。 |
| 6. | In this paper , the method of compensation was used in the module of the offset coefficient to modify the matrix of resistor . it enhances the speed of calculation . and , the c + + language was used in the traditional setting programming
其中，在分支系数计算模块中，采用补偿法来修改阻抗矩阵，大大提高了计算速度；在整定计算模块，把传统的整定公式和c ~ ( + + )语言相结合，减少了工作量。 |
| 7. | In every load node , load is processed as an equivalent grounding resistant , thus formulating a simple circuit . a refined genetic algorithm combined with the idea of tabu search used in distribution networks reconfiguration to reduce loss is presented in this thesis
其基本思想是将每一负荷都看作一个回路，将负荷等效成一接地阻抗，再加上环路，共同形成回路阻抗矩阵，进而迭代求解网络潮流。 |
| 8. | In this dissertation , the radiation problems of wire antenna mounted on the arbitrary shaped conducting platform and the scattering problems of arbitrary shaped conducting objects are analyzed using impedance matrix interpolation with the moment method
本文应用矩量法结合阻抗矩阵插值技术，快速有效地求解实际工程问题中常见的任意形状金属目标的电磁散射问题及金属载体上线天线的电磁辐射问题。 |
| 9. | Besides , eigenvalue analysis is used in sound - impedance matrix . with the help of optimization theory , the conclusion is received that the radiation efficiences by a group of velocity distribution corresponding to eigenvector are proportional to the eigenvalue of the velocity vectors
并对阻抗矩阵进行了特征值分析，从理论上说明了特征向量对应的一组速度分布，其辐射效率正比于该阶特征向量对应的特征值。 |
| 10. | The electrical field integral equation ( efie ) and the rwg basis function are used . the impedance matrix is decomposed by the row , stored in distributed memory of the nodes . besides , the processors exchange messages through the mpi communication library
采用的是电场积分方程( efie ) ,用rwg基函数离散目标,阻抗矩阵数据按行分解,分布存储于各个计算节点中,通信通过mpi通信库实现,数值结果表明了该并行程序的高效性和正确性。 |
