Abstract:To study the light scattering phenomenon of deep randomly rough surfaces,the linear filtering method is used to generate Gaussian random rough surface,and MOM is used to derive the average differential scattering coefficient of scattered light from deep roughness random rough surface.The average differential scattering coefficients of a group of good conductors irradiated by linearly polarized incident light of S and P with a wavelength of 1.064um are numerically calculated.Backward enhancement peak and Lambert scattering appear in the results.According to the scattering width distribution,backward enhancement peak and the position of the scattering peak,the relationship between incident angle and surface roughness and scattering distribution is analyzed.The energy conservation characteristics of the surface scattering field are different between S and P linearly polarized incident conductors.