Influence of a dielectric insert on energy characteristics of a cruciform waveguide junction

Penkin, Yuriy M.; Berdnik, Sergey L.; Katrich, V. A.; Nesterenko, Mikhail

doi:10.1109/diped.2016.7772207

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Electrodyamic Analysis Of the Basic Waveguide Device1

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“…1(a) Since the coordinate along longitudinal axis of the upper waveguide isx 0 = a 1 /2, the waveguide mode becomes evanescent, i.e., the slot does not excite propagating waves, and the microwave power concentrates in the region limited by the slot. Earlier, a similar junction mode was considered based on mathematical modeling [7]. It was shown that at x 0 = a/2, the maximum power transfer from the lower to the upper waveguide can be achieved when the distance z 0 (measured along axis z as shown in Fig.…”

Section: Electrodyamic Analysis Of the Basic Waveguide Devicementioning

confidence: 99%

Concept of Experimental Simulator for Studying Longitudinal Magnetic Wave Propagation in Dielectric Samples

Penkin¹,

Katrich²,

Penkin³

et al. 2018

PIER Letters

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A concept of an experimental simulator for studying longitudinal magnetic waves in dielectric samples and its electrodynamic justification are presented. The simulator is intended to control impact power and frequencies of wave processes. The simulator is realized as a two-channel junction consisting of perpendicularly crossed infinite rectangular waveguides with slot coupling. The simulation process is based on cyclic mechanical displacements of dielectric samples along the longitudinal axis of the waveguide in a quasi-stationary magnetic field localized in the slot region.

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Section: Electrodyamic Analysis Of the Basic Waveguide Devicementioning

confidence: 99%