Add to ORKGSpectral theory is used to explain the effect of propagation through below cutoff holes. Intrinsic oscillations of the corresponding waveguide and periodic open resonators are studied. Their influence on the frequency characteristic is demonstrated for various structures: from waveguide to array
The dispersion curves describe wave propagation in a structure. There might be a number of branches ...
The spectral theory of open waveguide structures is successfully employed over a period of years for...
Extraordinary transmission (ET) by a periodic conducting slot at normal incidence has potential appl...
The spectral theory is used to explain the enhanced transmission phenomenon. Eigenoscillations of co...
The nature of the propagation of electromagnetic energy in periodically-obstructed waveguides has be...
Abstract. This article concerns the interaction between guided electromagnetic or acoustic modes of ...
A few of the properties of electromagnetic waves in periodic structures are consid-ered, with some d...
Results of our investigations of the properties of the electromagnetic oscillations in the resonator...
Subject of inquiry is electrodynamic properties of axial-symmetric open waveguide resonators. The ai...
The investigation reveals a new mechanism for controlling wave transmission in the periodic waveguid...
Using transform techniques, a time dependent study has been made of the evanescent wave in a wavegui...
Dispersion properties of a rectangular metallic waveguide periodically loaded with dielectric resona...
[[abstract]]The transmission and group delay are investigated for two kinds of waveguide systems. Th...
Subject of inquiry is scattering matrix of open wavequide and periodic structures. The aim of the wo...
Formulas based on the theory of Weyl are widely used to obtain the average number of modes at or bel...
The dispersion curves describe wave propagation in a structure. There might be a number of branches ...
The spectral theory of open waveguide structures is successfully employed over a period of years for...
Extraordinary transmission (ET) by a periodic conducting slot at normal incidence has potential appl...
The spectral theory is used to explain the enhanced transmission phenomenon. Eigenoscillations of co...
The nature of the propagation of electromagnetic energy in periodically-obstructed waveguides has be...
Abstract. This article concerns the interaction between guided electromagnetic or acoustic modes of ...
A few of the properties of electromagnetic waves in periodic structures are consid-ered, with some d...
Results of our investigations of the properties of the electromagnetic oscillations in the resonator...
Subject of inquiry is electrodynamic properties of axial-symmetric open waveguide resonators. The ai...
The investigation reveals a new mechanism for controlling wave transmission in the periodic waveguid...
Using transform techniques, a time dependent study has been made of the evanescent wave in a wavegui...
Dispersion properties of a rectangular metallic waveguide periodically loaded with dielectric resona...
[[abstract]]The transmission and group delay are investigated for two kinds of waveguide systems. Th...
Subject of inquiry is scattering matrix of open wavequide and periodic structures. The aim of the wo...
Formulas based on the theory of Weyl are widely used to obtain the average number of modes at or bel...
The dispersion curves describe wave propagation in a structure. There might be a number of branches ...
The spectral theory of open waveguide structures is successfully employed over a period of years for...
Extraordinary transmission (ET) by a periodic conducting slot at normal incidence has potential appl...