Features of Constructing an Orthonormal Basis Based on Atomic Functions as Applied to Solving Boundary Value Electrodynamics Problems for Regions of Complex Shape

Abstract

A method for orthonormalizing atomic functions is proposed and substantiated. The efficiency of using a basic system to solve a number of boundary value electrodynamics problems is shown. Numerical experiment and analysis of the physical results showed that the R-functions method combined with basis functions is universal for waveguides and resonators of arbitrary shape.