In this paper a new way of derivation of an evolution equation for short pulses in a dielectric waveguide including one model of a metamaterial waveguide is shown. This derivation model relies upon projecting to an orthogonal basis. In our case such orthogonal basis for cylindrical waveguides is chosen as Bessel functions
Guided wave propagation is studied for the interior of circularly cylindrical domains; on the (cylin...
This work present the analysis and generation of Transverse Electric (TE) Bessel beams using a cylin...
International audienceThe generation of Bessel beams using a leaky radial waveguide is presented. Th...
The plane wave expansion (PWM) technique applied to Maxwell's wave equations provides researchers wi...
The present work describes the development of a complete theoretical framework of wave propagation i...
Maxwell's wave equations can be solved using different techniques in order to extract optical proper...
We investigate the propagation of electromagnetic waves in a cylindrical waveguide with an arbitrary...
We present the model of reconstruction of two constant complex dielectrics in a cylindrical waveguid...
We consider a cylindrical waveguide with layered space dispersive medium: there are no free source a...
The spatial evolution of vector electromagnetic fields in bianisotropic cylindrically symmetric str...
A comprehensive account of how the dispersion relations for waves in a cylindrical waveguide with a ...
Localization and discreteness of the eigenmode spectra are examined for cylindrical dielectric waveg...
Operator techniques are developed for describing electromagnetic waves in circular waveguides, on t...
We extend the theory of Talbot revivals for planar or rectangular geometry to the case of cylindrica...
The dyadic Green's function for cylindrical waveguides of circular or rec-tangular cross sectio...
Guided wave propagation is studied for the interior of circularly cylindrical domains; on the (cylin...
This work present the analysis and generation of Transverse Electric (TE) Bessel beams using a cylin...
International audienceThe generation of Bessel beams using a leaky radial waveguide is presented. Th...
The plane wave expansion (PWM) technique applied to Maxwell's wave equations provides researchers wi...
The present work describes the development of a complete theoretical framework of wave propagation i...
Maxwell's wave equations can be solved using different techniques in order to extract optical proper...
We investigate the propagation of electromagnetic waves in a cylindrical waveguide with an arbitrary...
We present the model of reconstruction of two constant complex dielectrics in a cylindrical waveguid...
We consider a cylindrical waveguide with layered space dispersive medium: there are no free source a...
The spatial evolution of vector electromagnetic fields in bianisotropic cylindrically symmetric str...
A comprehensive account of how the dispersion relations for waves in a cylindrical waveguide with a ...
Localization and discreteness of the eigenmode spectra are examined for cylindrical dielectric waveg...
Operator techniques are developed for describing electromagnetic waves in circular waveguides, on t...
We extend the theory of Talbot revivals for planar or rectangular geometry to the case of cylindrica...
The dyadic Green's function for cylindrical waveguides of circular or rec-tangular cross sectio...
Guided wave propagation is studied for the interior of circularly cylindrical domains; on the (cylin...
This work present the analysis and generation of Transverse Electric (TE) Bessel beams using a cylin...
International audienceThe generation of Bessel beams using a leaky radial waveguide is presented. Th...