Abstract :
A model for a circular bianisotropic chiro-omega waveguide with perfectly electric wall is suggested. In such a complex guided-wave structure, the transverse field components can be expressed in terms of their longitudinal field components. Numerical results are given to show the dispersion and attenuation characteristics of hybrid modes, and the effects of chirality and omega parameters on the cutoff wavelength of EH 0,1, HE±1,1 and HE±2,1 modes
Keywords :
circular waveguides; waveguide theory; attenuation characteristics; circular bianisotropic chiro-omega waveguide; circular uniaxial chiro-omega waveguide; complex guided-wave structure; cutoff wavelength; dispersion characteristics; hybrid modes; longitudinal field components; mode characteristics; omega parameters; perfectly electric wall; transverse field components;
