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[Other resource] MOM DL : 0: method of moment to solve Current distribution of Dipole Antenna MOM方法解决天线电流分布问题
Update : 2008-10-13 Size : 1.52kb Publisher : wujing
[Post-TeleCom sofeware systems] MOM DL : 0: method of moment to solve Current distribution of Dipole Antenna MOM方法解决天线电流分布问题-method of moment to solve Current distribution of Dipole AntennaMOM solution to the issue of antenna current distribution
Update : 2025-02-19 Size : 1kb Publisher : wujing
[matlab] dipole DL : 0: 用MATLAB语言编程计算半波对称振子场图，电流分布和输入阻抗-Using MATLAB programming language calculated half-wave field in plane symmetric oscillator, current distribution and input impedance
Update : 2025-02-19 Size : 1kb Publisher : 李树
[Post-TeleCom sofeware systems] richmond DL : 0: Richmond法分析半波振子的电流分布与解析法对比，方向图，增益-Richmond half-wave dipole analysis of current distribution and the analytical method comparison, pattern, gain
Update : 2025-02-19 Size : 1kb Publisher : dave
[matlab] emwork2_6_1 DL : 0: 海伦法计算偶极天线电流分布，增益，并与解析法，波克林顿法比较-Helen dipole antenna current distribution method, gain, and with the analytical method, wave Clinton Comparison
Update : 2025-02-19 Size : 1kb Publisher : 王金涛
[matlab] Chapter04 DL : 0: 通过MATLAB来计算偶极子天线的输入阻抗，归一化电流分布，以及远场方向图-By MATLAB to calculate the dipole antenna input impedance, normalized current distribution and far field pattern
Update : 2025-02-19 Size : 9kb Publisher : xun
[matlab] Dipole-and-monopole DL : 0: 偶极子和单极子的馈电模型，表面电流分布，辐射强度分布，辐射方向图，以及加载阻抗-Dipoles and monopoles feed model, the surface current distribution, radiation intensity distribution, radiation pattern, and the load impedance
Update : 2025-02-19 Size : 49kb Publisher : 李芳华
[matlab] dipole DL : 0: 这是关于偶极子天线的仿真程序。模型搭建合理，仿真结果包括电场、磁场、电压电流的分布图，还包括偶极子天线的磁场三维视图。-This is a simulation program on the dipole antenna. To build a reasonable model, the simulation results, including the electric and magnetic fields, voltage and current distribution maps, also includes a magnetic field three-dimensional view of the dipole antenna.
Update : 2025-02-19 Size : 7kb Publisher :
[matlab] Low-level-Moment-Method-wire-antenna DL : 2: 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 calculate the current on each segment, the field strength of the far-field and near-field lobe diagram is then calculated according to the current distribution, draw antenna near-field analysis of the need for significant change with distance from the near-field.
Update : 2025-02-19 Size : 603kb Publisher : hx
[Graph program] dipole DL : 0: current distribution and input impedance of a center fed wire dipole using Poklington s integral equation
Update : 2025-02-19 Size : 1kb Publisher : Amit Srivastava
[Program doc] lab-pgms DL : 0: This a MATLAB based program that computes the: I. Maximum directivity (dimensionless and in dB) II. Radiation resistance (Rr) III. Input resistance (Rin) IV. Reactance relative to current maximum (Xm) V. Input reactance (Xin) VI. Normalized current distribution VII. Directivity pattern (in dB) in polar form VIII.Normalized far-field amplitude pattern (E-theta, in dB) in polar form for a symmetrical dipole of finite length. The dipole is radiating in free space. The directivity, resistances and resistances are calculated using the trailing edge method in increments of 1 degree in theta. -This is a MATLAB based program that computes the: I. Maximum directivity (dimensionless and in dB) II. Radiation resistance (Rr) III. Input resistance (Rin) IV. Reactance relative to current maximum (Xm) V. Input reactance (Xin) VI. Normalized current distribution VII. Directivity pattern (in dB) in polar form VIII.Normalized far-field amplitude pattern (E-theta, in dB) in polar form for a symmetrical dipole of finite length. The dipole is radiating in free space. The directivity, resistances and resistances are calculated using the trailing edge method in increments of 1 degree in theta.
Update : 2025-02-19 Size : 5.53mb Publisher : lokesh
[matlab] Dipole_Matlab DL : 0: The above matlab code include the simulation of dipole antenna and current distribution using standard algorithm-The above matlab code include the simulation of dipole antenna and current distribution using standard algorithm
Update : 2025-02-19 Size : 2kb Publisher : sunil
[matlab] electromagnetic-field-moment-method DL : 0: 用矩量法计算半波振子的电流分布、输入阻抗、E面方向图。-Calculated half-wave dipole moment method using the current distribution, input impedance, E plane patterns.
Update : 2025-02-19 Size : 17kb Publisher : 邓积良
[matlab] chapter02 DL : 0: matlab计算偶极子天线电流分布阻抗计算及网格划分-matlab calculated dipole antenna current distribution impedance calculation and mesh
Update : 2025-02-19 Size : 6kb Publisher : 曾宪亮
[matlab] MoM_Dipole_Antenna_Current_Distribution_HallenIE. DL : 0: Current distribution a center fed (delta-gap) thin dipole antenna (length=2L, radius=a) will be solved with Method of Moments. Hallen s integro-differential equation will be solved by using pulse basis function and point matching testing scheme.-Current distribution on a center fed (delta-gap) thin dipole antenna (length=2L, radius=a) will be solved with Method of Moments. Hallen s integro-differential equation will be solved by using pulse basis function and point matching testing scheme.
Update : 2025-02-19 Size : 1kb Publisher : caner
[Other] MoM DL : 0: 用矩量法计算半波振子的电流分布。矩量法是将连续方程转变为离散数值方程组，此种方法对积分方程或者微分方程均适用。内附一个计算三线互连系统各个端口S参数的程序。-Calculated half-wave dipole moment method using the current distribution. Moment method is to convert the continuous equation of discrete numerical equations, this method of integral equations or differential equations apply. It included a calculation of the various port S-parameter three-wire interconnection system procedures.
Update : 2025-02-19 Size : 5kb Publisher : 苏柳
[Communication-Mobile] DIPOLE DL : 0: This a MATLAB based program that computes the: - Maximum directivity (dimensionless and in dB) - Radiation resistance (Rr) - Input resistance (Rin) - Reactance relative to current maximum (Xm) - Input reactance (Xin) - Normalized current distribution - Directivity pattern (in dB) in polar form - Normalized far-field amplitude pattern (E-theta, in dB) in polar form-This is a MATLAB based program that computes the: - Maximum directivity (dimensionless and in dB) - Radiation resistance (Rr) - Input resistance (Rin) - Reactance relative to current maximum (Xm) - Input reactance (Xin) - Normalized current distribution - Directivity pattern (in dB) in polar form - Normalized far-field amplitude pattern (E-theta, in dB) in polar form
Update : 2025-02-19 Size : 2kb Publisher : Hamid
[Other systems] DIPOLE DL : 0: c This a MATLAB and FORTRAN based program that computes the: c c I. Maximum directivity (dimensionless and in dB) c II. Radiation resistance (Rr) c III. Input resistance (Rin) c IV. Reactance relative to current maximum (Xm) c V. Input reactance (Xin) c VI. Normalized current distribution c VII. Directivity pattern (in dB) c VIII. Normalized far-field amplitude pattern (Etheta in dB) -c This is a MATLAB and FORTRAN based program that computes the: c c I. Maximum directivity (dimensionless and in dB) c II. Radiation resistance (Rr) c III. Input resistance (Rin) c IV. Reactance relative to current maximum (Xm) c V. Input reactance (Xin) c VI. Normalized current distribution c VII. Directivity pattern (in dB) c VIII. Normalized far-field amplitude pattern (Etheta in dB)
Update : 2025-02-19 Size : 5kb Publisher : yuzhengdong
[matlab] Dipole DL : 0: This a MATLAB based program that computes the: Maximum directivity (dimensionless and in dB), Radiation resistance (Rr), Input resistance (Rin), Reactance relative to current maximum (Xm), Input reactance (Xin), Normalized current distribution-This is a MATLAB based program that computes the: Maximum directivity (dimensionless and in dB), Radiation resistance (Rr), Input resistance (Rin), Reactance relative to current maximum (Xm), Input reactance (Xin), Normalized current distribution
Update : 2025-02-19 Size : 6kb Publisher : Hussein