Explore MATLAB source code curated for "矩量法" with clean implementations, documentation, and examples.
MATLAB programming using the Method of Moments based on Hallen's equation to compute current distribution, normalized radiation pattern, gain, and impedance of half-wave dipole antennas
Implementation of Method of Moments for thin-wire antenna scattering field analysis utilizing pulse basis functions, which involves discretization of integral equations and matrix solution techniques for electromagnetic simulation.
Using the Moment Method to solve electric field integral equations for calculating linear antenna surface current distribution, radiation patterns, and input impedance
MATLAB implementation using Method of Moments to solve Hallen's and Pocklington's equations for current distribution analysis
Calculation of electromagnetic current distributions and bistatic RCS for 2D infinitely long dielectric cylinders, elliptical cylinders, square cylinders, and triangular cylinders under TM polarization using point matching method, with reference to Harrington's "Method of Moments in Computational Electromagnetics" Chapter 3
This program implements the Method of Moments to compute current distribution characteristics on full-wave dipole antennas, employing matrix-based electromagnetic analysis with numerical implementation techniques.
Two-Dimensional Metallic Body Scattering Using the Method of Moments (Includes MATLAB Implementation)
The Moment Method is applied to solve cylinder TE/TM wave scattering problems. Since identical basis and weighting functions are selected, this approach is classified as the Galerkin method. Implementation typically involves discretizing the scatterer surface using pulse basis functions and point matching techniques.
MATLAB implementation of Method of Moments for analyzing TM wave scattering by metallic elliptical cylinders, including complete code and algorithm explanations
Numerical and analytical approaches for computing electromagnetic scattering from infinite dielectric cylinders with code implementation insights