Explore MATLAB source code curated for "电磁场" with clean implementations, documentation, and examples.
Implementation of Finite-Difference Time-Domain (FDTD) method using MATLAB for calculating scattering properties of two-dimensional metallic cylinders, featuring Yee algorithm implementation and field visualization techniques
Calculating and plotting electromagnetic field lines using MATLAB with customizable parameters for flexible analysis
Source code implementation using MATLAB software and FDTD algorithm to solve electromagnetic fields in 3D coaxial resonator cavities
Key programs for electromagnetic field polarization filtering accompanied by a classic Kalman filter framework template designed for ready-to-use implementation with plug-and-play adaptability
Code implementation for finite element mesh generation in electromagnetic field analysis, featuring visualization capabilities to display generated meshes and facilitate data interpretation.
Provides schematic radiation pattern visualizations and computational methods for determining antenna output impedance and other key parameters through numerical simulations.
A MATLAB GUI-based program for visualizing electromagnetic fields surrounding long straight conductors, featuring intuitive parameter controls and real-time field computation.
Computational modeling of antenna radiation and electromagnetic field spatial distribution enables visualization of antenna patterns in both equatorial and meridional planes, which can be implemented using field calculation algorithms and radiation pattern plotting functions.
Calculation of electromagnetic fields for wire antennas using the Method of Moments (implemented with MATLAB programming), including algorithm implementation and key function explanations
Implementation of fundamental finite element functions using MATLAB, providing essential tools for electromagnetic field simulation through finite element methods with core algorithms and key function descriptions.