Explore MATLAB source code curated for "光子晶体" with clean implementations, documentation, and examples.
Implementing FDTD-based transmission simulation for photonic crystals with defect structures, including numerical implementation approaches and key computational considerations.
Implementation of the Finite-Difference Time-Domain (FDTD) method for simulating light propagation phenomena in 2D photonic crystal fiber structures, including code-level discussions on numerical discretization and boundary condition handling.
Utilizing COMSOL software and MATLAB for photonic crystal waveguide bandgap computation, these tools offer excellent capabilities for photonic crystal analysis with parameter exploration and physical property investigations.
MATLAB implementation of Finite-Difference Time-Domain (FDTD) method for computing bandgap properties of two-dimensional photonic crystals with detailed code structure and algorithm explanation
This code implements a simulation program for light intensity distribution across photonic crystal fiber cross-sections, featuring optical modeling algorithms and user-friendly interface design - particularly valuable for researchers working with photonic crystals.
Calculation of projected band diagrams for photonic crystals, providing fundamentals for waveguide mode determination and photonic crystal slab design, with implementation utilizing plane wave expansion (PWE) method and eigenmode solvers
MATLAB-based FDTD simulation program for energy transfer analysis in photonic crystals
Combining COMSOL and MATLAB software to compute three-dimensional bandgaps of photonic crystals using finite element method, with enhanced code implementation details and algorithm explanations
MATLAB programs for computing photonic crystal transmittance and reflectance using transfer matrix methods, supplemented with additional implementations for calculating transmittance through dielectric materials, vacuum, negative refractive index media, and secondary dielectric structures
MATLAB implementation of FDTD simulation for 2D photonic crystal bent waveguides, featuring TE wave propagation, PML boundary conditions, and plane wave source configuration with detailed code structure explanation