Structure of modes of a smoothly irregular integrated-optical four-layer three-dimensional waveguide-TM modes in a smoothly
irregular four-layer integrated-optical
three-dimensional waveguide is presented
Method of adiabatic modes in research of smoothly irregular integrated optical waveguides: Zero approximation the propagation of electromagnetic radiation in
three-dimensional (3D)
irregular integrated optical waveguides
Structure of modes of smoothly irregular three-dimensional integrated optical four-layer waveguide the condition of the smooth modification of the shape of the studied
three-dimensional structure.
Three-dimensional Reduced Galerkin’s method for simulation of locally-irregular optical waveguiding systemsThe work is dedicated to the solving of waveguiding problem for plane two-
dimensional locally
Method of adiabatic modes in studying problems of smoothly irregular open waveguide structures the direct and inverse problems of simulating and designing
three-dimensional multilayered smoothly
irregular