Computing Semiconductor Band Structures
Calculation and Analysis of Semiconductor Energy Band Structures
Calculating Band Structure of 2D Photonic Crystals Using Plane Wave Expansion Method
Implementing Plane Wave Expansion (PWE) Method for Band Structure Computation in Two-Dimensional Photonic Crystals
Simulating Band Structure of 2D Photonic Crystals Using Plane Wave Expansion Method
Simulation of 2D photonic crystal band structures via plane wave expansion method with FDTD analysis of energy transport characteristics
MATLAB Program for Calculating Photonic Crystal Band Structure Using Transfer Matrix Method
A MATLAB-implemented program that computes photonic crystal band structures utilizing the transfer matrix method, including numerical implementation details and key algorithm components.
Computation of 3D Photonic Crystal Band Structure Using Plane Wave Expansion Method
Calculation of 3D photonic crystal band structures implemented through the plane wave expansion method with Fourier transform-based eigenvalue solution
Calculating Band Structure of Phononic Crystals with Computational Implementation
This program is designed to compute the band structure of phononic crystals, incorporating detailed code-level descriptions for algorithm implementation and key functions.
MATLAB Implementation of Transfer Matrix Method for Photonic Crystal Band Structure Calculation
Implementation of transfer matrix method using MATLAB programming to compute band structures of one-dimensional photonic crystals, featuring simple methodology, fast computation speed, and additional transmission coefficient calculation capabilities
Band Structure Calculation of Rectangular Lattice Cylindrical Photonic Crystals
Implementation of supercell and plane wave methods for computing band structures of rectangular lattice cylindrical photonic crystals, including algorithmic considerations and parameter configurations
Simulation Using Plane Wave Expansion Method
Band structure simulation of 2D photonic crystals using Plane Wave Expansion (PWE) method and energy transmission simulation using Finite-Difference Time-Domain (FDTD) method, with implementation details on eigenvalue problems and time-stepping algorithms.
Calculation of Band Structure for Square Lattice Elliptical Cylinder Photonic Crystals Using Plane Wave Method
Implementation of plane wave expansion method to compute band structure properties of square lattice photonic crystals with elliptical cylindrical inclusions