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MICROWAVE RESONATOR, A TREATMENT CHAIN MODULARLY BUILT FROM A MICROWAVE RESONATOR OF THIS TYPE, AN OPERATIONAL PROCEDURE AND OBJECTS / PARTS TO BE PROCESSED THERMALLY ACCORDING TO THIS PROCEDURE THROUGH MICROWAVE.
MICROWAVE RESONATOR, A TREATMENT CHAIN MODULARLY BUILT FROM A MICROWAVE RESONATOR OF THIS TYPE, AN OPERATIONAL PROCEDURE AND OBJECTS / PARTS TO BE PROCESSED THERMALLY ACCORDING TO THIS PROCEDURE THROUGH MICROWAVE.
Microwave resonator for thermally treating materials by means of microwaves, which is composed of: - a multi-mode resonator of convex cross-section, polygonal at least hexagonal pair, whose segments of the lateral surface and the two front faces are flat / flat and the longitudinal edge of contact of two immediately adjacent lateral surface segments, the longitudinal edge of the body, is parallel to the longitudinal axis of the resonator, - a pair of coupling structures for the microwave installed symmetrically along at least one longitudinal edge of the body from at least two elongated coupling structures, where each coupling structure has been installed along a guide line parallel to the longitudinal edge of the body in the resonator wall and the guide line is at such a distance from the corresponding longitudinal edge of the body that the microwave beam coupled by it in the resonators it reflects in the first reflection in two joined segments of the lateral surface and is segregated into two portions of rays, characterized in that: on each coupling structure enters the end of a rectangular hollow conductor from a microwave source, which conducts a microwave in TE10 mode, and the coupling structure in the segment of the lateral surface is composed of a sequence of equidistant perforations, which do not overlap, in the resonator wall, the contours / coupling openings, alternately to the left and right of the corresponding straight guide parallel to the longitudinal edge of the body, the contours / coupling openings follow each other at a distance, which causes a constant decoupling in phase in the microwave resonator, which are located in the rectangular hollow conductor in the base mode TE01, and the width d of the grooves is determined approximately for small zeta diffraction angles n with lambda wavelength preset from: and for very small diffraction zeta angles
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