Add to ORKGA few of the properties of electromagnetic waves in periodic structures are consid-ered, with some discussion of propagation in open-boundary structures. Iris-loaded waveguides of standard cross section are then analyzed to obtain an accurate solution for the propagation constant. A measurement performed on a loaded rectangular wave-guide shows the calculation to be quite accurate. An experimental and analytical inves-tigation of the so-called interleaved-fin structure to judge its application as a slow-wave circuit for traveling wave amplifiers is described
The waveguide propagation of a monochromatic electromagnetic wave in a multilayer smoothly-irregular...
The wide application of elements with periodic configuration in dynamically loaded structures stimul...
When an elastic wave travels through an elastic joint connecting two different waveguides, some of t...
"This report is based on a thesis submitted to the Department of Electrical Engineering, M.I.T., in ...
The nature of the propagation of electromagnetic energy in periodically-obstructed waveguides has be...
We model guided modes for an infinitely long metallic structure in the lateral direction that is inv...
The propagation of electromagnetic waves in dielec-tric slab waveguides with periodic corrugations i...
Periodic structure has been extensively applied in many applications, such as wireless communication...
Spectral theory is used to explain the effect of propagation through below cutoff holes. Intrinsic o...
During the last decades, a growing interest has been devoted to periodic structures and metamaterial...
In this paper, frequency-dependent guided-wave characteristics of waveguide based periodic structure...
The investigation reveals a new mechanism for controlling wave transmission in the periodic waveguid...
The propagation characteristics in multilayer dielectric periodic structures, that extends a previou...
In the first section of this thesis the simple Pierce Theory for the travelling wave tube is discuss...
Abstract—The paper presents a rigorous full-wave analysis of propagation in corrugated and periodica...
The waveguide propagation of a monochromatic electromagnetic wave in a multilayer smoothly-irregular...
The wide application of elements with periodic configuration in dynamically loaded structures stimul...
When an elastic wave travels through an elastic joint connecting two different waveguides, some of t...
"This report is based on a thesis submitted to the Department of Electrical Engineering, M.I.T., in ...
The nature of the propagation of electromagnetic energy in periodically-obstructed waveguides has be...
We model guided modes for an infinitely long metallic structure in the lateral direction that is inv...
The propagation of electromagnetic waves in dielec-tric slab waveguides with periodic corrugations i...
Periodic structure has been extensively applied in many applications, such as wireless communication...
Spectral theory is used to explain the effect of propagation through below cutoff holes. Intrinsic o...
During the last decades, a growing interest has been devoted to periodic structures and metamaterial...
In this paper, frequency-dependent guided-wave characteristics of waveguide based periodic structure...
The investigation reveals a new mechanism for controlling wave transmission in the periodic waveguid...
The propagation characteristics in multilayer dielectric periodic structures, that extends a previou...
In the first section of this thesis the simple Pierce Theory for the travelling wave tube is discuss...
Abstract—The paper presents a rigorous full-wave analysis of propagation in corrugated and periodica...
The waveguide propagation of a monochromatic electromagnetic wave in a multilayer smoothly-irregular...
The wide application of elements with periodic configuration in dynamically loaded structures stimul...
When an elastic wave travels through an elastic joint connecting two different waveguides, some of t...