当前位置：
首页 资源下载
搜索资源 - moment current antenna
搜索资源列表
-
1下载：
method of moment to solve Current distribution of Dipole Antenna
MOM方法解决天线电流分布问题
-
-
1下载：
矩量法计算直天线电流及其方向图，采用脉冲函数为基函数-Moment Method straight antenna and the direction of current plans, the use of pulse function as the base function
-
-
1下载：
矩量法解Hallen方程求线天线表面电流分布，E面方向图和辐射阻抗,Moment Method Solution of Hallen equation for wire antenna surface current distribution, E surface impedance and radiation pattern
-
-
0下载：
矩量法解电场双位方程求线天线表面电流分布，方向图及辐射阻抗,Moment Method Solution of the electric field equation for a double-wire antenna surface current distribution, radiation pattern and impedance
-
-
1下载：
使用Matlab 软件工具, 对给定结构和入射电磁信号的接收天线进行分析计算, 创建RWG边元, 求解阻抗矩阵和矩量方程, 得到了天线的表面电流分布, 并将表面电流分布可视化。-Using the Matlab software tool for a given structure and the incident electromagnetic signal receiving antenna analysis and calculation, create RWG edge element,
-
-
1下载：
矩量法分析八木天线，推导矩量法分析过程，分析电流分布，方向图-Moment method analysis of Yagi antenna, moment method analysis of the process is derived to analyze the current distribution pattern
-
-
0下载：
从混合位积分方程出发，采用矩量法结合曲线分段的三角基函数和脉冲检
验函数分析了阿基米德平面螺旋天线，给出了输入阻抗，电流分布以及辐射方向图结
果。从曲线形式的海伦积分方程出发结合折线分段的脉冲基函数点匹配法比较结果
与文献[2～4]十分吻合。-In this paper，Archimedean spiral antenna is analyzed using a mixed po—
tential integral equation。and the equation is sol
-
-
0下载：
海伦型积分方程，用于矩量法求线电流，如偶极子天线-Helen-type integral equation for the moment method for the line current, such as the dipole antenna
-
-
2下载：
依据矩量法对偶极子天线和单线行波天线进行分析,将其分为多个小段,分别计算各段上的电流,然后根据电流分布计算出远场和近场的场强波瓣图,从近场随距离的明显变化得出天线近场分析的必要性。-Dipole antenna and a single-wire traveling wave antenna analysis based on the method of moments, will be divided into multiple small pieces, respectively, to c
-
-
0下载：
用矩量法求解方板天线表面电流的可视化实现-Using moment method for solving square plate antenna surface current visualization
-
-
0下载：
本函数用于实现用矩量法和海伦积分方程球解对称天线电流分布,程序注释文件记述的很详细-The function used to achieve using moment method and Helen Ball integral equation solution of symmetric antenna current distribution, procedures Notes document described in great detail
-
