首页> 外国专利> 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.

机译:微波谐振器,是由这种类型的微波谐振器模块化构建的治疗链,其操作过程和根据微波通过此过程进行处理的对象/零件完全需要经过此过程。

摘要

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
机译:微波谐振器,用于通过微波对材料进行热处理,该微波谐振器由以下部分组成:-横截面为凸形,至少为六边形的多边形对的多模谐振器,其侧面和两个正面的段是平坦的/平坦的,并且两个紧邻的侧面段的接触的纵向边缘,即主体的纵向边缘,平行于谐振器的纵向轴线;-一对沿主体的至少一个纵向边缘对称安装的微波耦合结构从至少两个细长的耦合结构中取出,其中每个耦合结构已沿着平行于谐振器壁中的主体纵向边缘的导轨安装,并且该导轨与主体的相应纵向边缘相距一定距离,使得微波束通过它在谐振器中耦合,在第一次反射中在侧面的两个连接段中反射并被隔离分为两部分射线,其特征在于:在每个耦合结构上,从微波源进入矩形空心导体的端部,该导体以TE10模式传导微波,而在侧面段中的耦合结构由一个一系列等距的穿孔,它们在谐振器壁上不重叠轮廓/耦合开口,在平行于主体纵向边缘的相应直线导轨的左侧和右侧交替出现,轮廓/耦合开口在在基本模式TE01中位于矩形空心导体中的微波谐振器中,该距离会引起相位恒定的解耦,并且对于λ波长为z的小zeta衍射角n,大约确定凹槽的宽度d :和非常小的衍射zeta角

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