Calculation of Density of Quantum States in Graphene
Computation of graphene's density of states using tight-binding approximation and Schrödinger equation, with implementation details for band structure calculations
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.
FDTD Method for Electromagnetic Field Analysis: Computational Modeling of 2D Metallic Cylinder Scattering Characteristics
Implementation of Finite-Difference Time-Domain (FDTD) method using MATLAB for calculating scattering properties of two-dimensional metallic cylinders, featuring Yee algorithm implementation and field visualization techniques
Computable Two-Dimensional Photonic Crystal Band Gap Calculation
This program calculates the band gap of two-dimensional photonic crystals and generates the band gap diagram along with the precise positions and widths of the band gaps using electromagnetic eigenmode analysis and frequency-domain computation methods.
Calculating Correlation Coefficients Between Two Vectors Using Correlation Coefficient Method
MATLAB implementation for computing correlation coefficients between two vectors with corrcoef() function
Program for Computing Photonic Crystal Density of States
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.
Wheel-Rail Contact Point Scanning Method
Wheel-rail contact point scanning method that computationally determines contact points for arbitrary wheel-rail profiles using scanning techniques with algorithmic implementation
Computing Scattering Problems for Spherical Shell Nanoparticles
Calculation of scattering properties for spherical shell nanoparticles, including scattering coefficient matrices, extinction coefficients, and absorption coefficients. The MATLAB source code implementation facilitates learning and debugging through modular function design and algorithm visualization.
Computing Band Gaps of Two-Dimensional Photonic Crystals and Generating Band Gap Diagrams
Utilizing MATLAB for calculating band gaps in 2D photonic crystals and creating corresponding diagrams, along with computing energy gaps for two-dimensional phononic crystals (XY mode) and generating graphical representations with algorithm explanations.
MATLAB Code Implementation for Calculating Multifractal Spectrum
Complete MATLAB source code for computing multifractal spectrum, featuring ready-to-use implementation with box-counting method and probability distribution analysis for fractal dimension calculation.