Explore MATLAB source code curated for "光子晶体" with clean implementations, documentation, and examples.
This MATLAB implementation utilizes the transfer matrix method to calculate photonic crystal reflectance, featuring program code in a Word document with accompanying MATLAB-generated plots that demonstrate practical applications and computational results.
Adapted from the plane wave expansion method used for photonic crystals. This technique expands parameters such as elastic constants and density into Fourier series, combines with Bloch's theorem, and expresses the elastic wave equation in reciprocal lattice space as a superposition of plane waves. The program provides a detailed implementation with comprehensive annotations for easy understanding, including key algorithmic steps and function descriptions for Fourier coefficient calculations and eigenvalue problem solving.
Transfer matrix method simulation program for photonic crystals - efficient and user-friendly, especially suitable for researchers! Implements layered structure analysis with electromagnetic wave propagation calculations.
Simulation of 2D photonic crystal band structures via plane wave expansion method with FDTD analysis of energy transport characteristics
A MATLAB-implemented program that computes photonic crystal band structures utilizing the transfer matrix method, including numerical implementation details and key algorithm components.
Implementing defect mode calculations in 2D photonic crystals through plane wave expansion method with parameter optimization capabilities
A MATLAB-based photonic crystal band structure calculation program implementing the versatile plane wave expansion method with eigenvalue solvers for efficient band diagram generation.
This program calculates the density of states for photonic crystals with results consistent with literature references. With minor modifications to structural parameters and algorithmic components, it can be adapted to compute density of states for other photonic structures.
EmFDTD is a foundational two-dimensional FDTD simulation toolkit created by researchers at Sharif University of Technology's School of Electrical Engineering. This MATLAB-based implementation employs the standard Yee's FDTD algorithm for electromagnetic wave analysis, featuring comprehensive boundary condition support and optimized for photonic crystal studies.
MATLAB program implementing transmission matrix method to compute photonic crystal transmittance versus incident light angle, featuring comprehensive documentation with code examples and illustrative graphs