Simulation of Circular Aperture Diffraction Patterns
Simulate circular aperture diffraction patterns using MATLAB with plane wave incidence, featuring adjustable diffraction distance for experimental analysis of wave propagation phenomena.
Simulation of Plane Wave and Spherical Wave Generation
Code for simulating plane wave and spherical wave generation, with capabilities for subsequent interference simulations and various wave propagation analyses.
Simulation of Common Engineering Optical Phenomena
Simulation of typical engineering optical phenomena, including plane wave and spherical wave modeling, with implementation examples for various interference and diffraction effects.
A Custom Simulation Designed for Fresnel Diffraction
This is a specialized simulation program designed for Fresnel diffraction! It uses plane waves as the reference light source! I have personally tested it and confirmed it is free of issues.
Calculation of Reflection Coefficients in 2D Waveguides
Computing reflection coefficients in 2D waveguides with PML boundary conditions on lateral sides, PEC boundaries on top/bottom, and a plane wave excitation source
Calculating Reflection and Transmission of Plane Waves Incident on One-Dimensional Layered Media Using FDTD, and Propagation in Ideal Media
Implementation of FDTD Method for Analyzing Plane Wave Interaction with Layered Media: Reflection/Transmission Coefficients and Wave Propagation in Ideal Dielectrics