Calculation of Photonic Crystal Bandgaps Using MATLAB and Analytical Methods
This program employs MATLAB simulation software and analytical methods to compute photonic crystal bandgaps.
Explore MATLAB source code curated for "解析法" with clean implementations, documentation, and examples.
This program employs MATLAB simulation software and analytical methods to compute photonic crystal bandgaps.
This MATLAB simulation program implements both numerical and analytical methods to compute bandgap structures in 1D photonic crystals, featuring transfer matrix method implementation and dispersion relation analysis.
This code implements an analytical approach for calculating the inverse Preisach model, including numerical algorithm implementation and hysteresis modeling functions.
This program computes the scattering field of an infinite dielectric cylinder through two distinct methodologies: 1) Moment Method (numerical discretization) and 2) Analytical Solution (closed-form electromagnetic formulation).