yuvnish017/oblique_incidence_of_em_wave

Simulating total electric field and total magnetic field in a medium after oblique incidence of electromagnetic wave on a conducting plate

Simulating_Oblique_Incidence_of_EM_Wave

In this project we tried to plot the total electric field and total electric field in a medium after the uniform plane wave is incident at a conducting plate. Here we assumed that the uniform plane wave is y-polarized and simulated the total electic field(Incident Electric Field + Reflected Wave) and total magnetic field in the medium after incidence. We used MATLAB 2020a for plotting. An application is also created using MATLAB App Designer for the same.

Contents :-

1. SimulationFile.m - MATLAB code for simulation
2. SimulationFile_LiveScript.mlx - Live Editor file of MATLAB
3. app.mlapp = application designed using MATLAB App Designer for plotting results fro different parameters
4. perpendicular_polarization_electric_field.png - variation of total electric field in case of perpendicular polarization for medium having relative permitivity of 4, relative permeability of 4, amplitude of incident electric field 4V/m and incident angle of pi/3
5. perpendicular_polarization_magnetic_field.png - variation of total magnetic field in case of perpendicular polarization for medium having relative permitivity of 4, relative permeability of 4, amplitude of incident electric field 4V/m and incident angle of pi/3
6. parallel_polarization_electric_field.png - variation of total electric field in case of parallel polarization for medium having relative permitivity of 4, relative permeability of 4, amplitude of incident electric field 4V/m and incident angle of pi/3
7. parallel_polarization_magnetic_field.png - variation of total magnetic field in case of parallel polarization for medium having relative permitivity of 4, relative permeability of 4, amplitude of incident electric field 4V/m and incident angle of pi/3