Add to ORKGThe finite-difference beam-propagation method is applied to the analysis of hollow slab waveguides (HSWs). The attenuation constants for the TE0 and TE1 modes are evaluated and compared with those obtained by the perturbation theory. The propagating field and differential power loss in the transition from a straight HSW to a bent HSW are revealed and discussed
The geometrical relationship between the cut-off and propagating planes of any waveguide system is a...
Nonconservation of power is a perplexing problem in the propagating beam analysis of transverse magn...
153 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1983.In this thesis, the field and...
The finite-difference beam-propagation method is applied to the analysis of hollow slab waveguides (...
The finite-difference beam-propagation method is applied to the analysis of a bent step-index slab o...
The finite-difference beam-propagation method is applied to the analysis of a bent step-index slab o...
We investigate TE-wave propagation in a hollow waveguide with a graded dielectric layer, described u...
The finite difference in the frequency domain (FD-FD) method is used here to analyze the propagation...
In this paper, propagation losses effects present in rectangular waveguide structures are rigorously...
AbstractApplication of finite-difference (FDM) and finite-element (FEM) methods for the analysis of ...
The generalized Douglas scheme is applied to the time-domain finite-difference beam propagation meth...
The geometrical relationship between the cut-off and propagating planes of any waveguide system is a...
The generalized Douglas scheme for variable coefficients is applied to the propagating beam analysis...
An analysis is presented for rectangular waveguides with partial dielectric loading in the H-plane. ...
The generalized Douglas scheme for variable coefficients is applied to the propagating beam analysis...
The geometrical relationship between the cut-off and propagating planes of any waveguide system is a...
Nonconservation of power is a perplexing problem in the propagating beam analysis of transverse magn...
153 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1983.In this thesis, the field and...
The finite-difference beam-propagation method is applied to the analysis of hollow slab waveguides (...
The finite-difference beam-propagation method is applied to the analysis of a bent step-index slab o...
The finite-difference beam-propagation method is applied to the analysis of a bent step-index slab o...
We investigate TE-wave propagation in a hollow waveguide with a graded dielectric layer, described u...
The finite difference in the frequency domain (FD-FD) method is used here to analyze the propagation...
In this paper, propagation losses effects present in rectangular waveguide structures are rigorously...
AbstractApplication of finite-difference (FDM) and finite-element (FEM) methods for the analysis of ...
The generalized Douglas scheme is applied to the time-domain finite-difference beam propagation meth...
The geometrical relationship between the cut-off and propagating planes of any waveguide system is a...
The generalized Douglas scheme for variable coefficients is applied to the propagating beam analysis...
An analysis is presented for rectangular waveguides with partial dielectric loading in the H-plane. ...
The generalized Douglas scheme for variable coefficients is applied to the propagating beam analysis...
The geometrical relationship between the cut-off and propagating planes of any waveguide system is a...
Nonconservation of power is a perplexing problem in the propagating beam analysis of transverse magn...
153 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1983.In this thesis, the field and...