A full-wave analysis is applied to a nonradiative dielectric waveguide where the isotropic dielectric slab is replaced by a transversely magnetized ferrite. The characteristic equation is obtained and the corresponding effects are discussed. The above structure exhibits reciprocal propagation characteristics. Nonreciprocal effects are also possible with a proper dielectric loading. Several numerical results are presented in the form of dispersion curves and operational diagram, as function of several ferrite and guide parameters. Electronically tuned and nonreciprocal devices can be implemented using this simple structure.41464765
A complete investigation is presented as regards the performances of a class of leaky-wave antennas ...
The formulation is developed in the frequency domain and the finite difference method is used for th...
A complete investigation is presented as regards the performances of a class of leaky-wave antennas ...
This thesis is mainly concerned with the effects of periodic loading of nonreciprocal waveguides by ...
This thesis is mainly concerned with the effects of periodic loading of nonreciprocal waveguides by ...
ABSTRACT: Full-wave analysis of circular guiding structures completely filled with ferrite by using ...
This work analyses original electromagnetic properties of a class of non-reciprocal components for n...
This work analyses original electromagnetic properties of a class of non-reciprocal components for n...
This work analyses original electromagnetic properties of a class of non-reciprocal components for n...
A basic limitation in an earlier work on the axially magnetized, ferrite loaded rectangular guide ha...
A basic limitation in an earlier work on the axially magnetized, ferrite loaded rectangular guide ha...
The combined effect of uniaxial dielectric and magnetic anisotropies on the performance of nonidenti...
Abstract — Impedance-matched ferrite-loaded waveguide nonreciprocal phase shifters are designed usin...
The finite difference in the frequency domain (FD-FD) method is used here to analyze the propagation...
The transmission coefficients of a non-reciprocal coplanar waveguide using ferrite rods is computed....
A complete investigation is presented as regards the performances of a class of leaky-wave antennas ...
The formulation is developed in the frequency domain and the finite difference method is used for th...
A complete investigation is presented as regards the performances of a class of leaky-wave antennas ...
This thesis is mainly concerned with the effects of periodic loading of nonreciprocal waveguides by ...
This thesis is mainly concerned with the effects of periodic loading of nonreciprocal waveguides by ...
ABSTRACT: Full-wave analysis of circular guiding structures completely filled with ferrite by using ...
This work analyses original electromagnetic properties of a class of non-reciprocal components for n...
This work analyses original electromagnetic properties of a class of non-reciprocal components for n...
This work analyses original electromagnetic properties of a class of non-reciprocal components for n...
A basic limitation in an earlier work on the axially magnetized, ferrite loaded rectangular guide ha...
A basic limitation in an earlier work on the axially magnetized, ferrite loaded rectangular guide ha...
The combined effect of uniaxial dielectric and magnetic anisotropies on the performance of nonidenti...
Abstract — Impedance-matched ferrite-loaded waveguide nonreciprocal phase shifters are designed usin...
The finite difference in the frequency domain (FD-FD) method is used here to analyze the propagation...
The transmission coefficients of a non-reciprocal coplanar waveguide using ferrite rods is computed....
A complete investigation is presented as regards the performances of a class of leaky-wave antennas ...
The formulation is developed in the frequency domain and the finite difference method is used for th...
A complete investigation is presented as regards the performances of a class of leaky-wave antennas ...