JUSTIFICATION OF PARAMETERS OF MICROWAVE INSTALLING CONCENTRIC SPHERES FOR THER MOMECHANICAL DESTRUCTION OF RAW MATERIALS
Introduction. It is described microwave installation comprising three generators, the cavity formed between the concentric spheres and the screw chopper. It is justified structural-technological parameters of the installation. Ultra high frequency (UHF) setup with a resonator, formation between the two areas of thermo-mechanical destruction of the material comprises concentrically coaxially of races-required areas of non-ferromagnetic material. Materials and methods. On the outer sphere is fitted with microwave generators for conditional vertices of an equilateral triangle so that the emitters are aimed in the space between the spheres, the average perimeter of which is equal to a multiple of half the wavelength. Internal rotating sphere is made with a rough surface covered with abrasive material. The diameter of the inner sphere a little more of the inscribed sphere in the conventional equilateral triangle is shown. To the outer sphere docked auger blower chipper with a feed pipe and discharge pipe with electric shock element. The top and bottom of the outer spheres are perforated. Results. In the justification of electro-technological processes and technical solutions used in a unified system of interaction of main components: a source of microwave radiation, a resonant cavity, the beyond vol-nobody slowing and shielding elements.. Discussion. Statistical processing of the results of the research were taken by using computer programs Microsoft Excel 10.0, 5.0 Statistic, three-dimensional modeling design of microwave installations in the program Kompas-3D V15. In the branch FGU «the agricultural centre of the Chuvash Republic» investigated the quality of broad beans. Conclusion. It is analyzed performance indicators of the process of heat treatment of soybeans in the electromagnetic field of ultrahigh frequency. It is defined the results of the research activity of the unease of soy beans from the exposure dose of the electromagnetic field of ultrahigh frequency (MPSVC). It is composed of a nomogram that includes such dependencies as temperature, the change in the total microbial count in feed grains with different initial values, the decrease in urease activity from the dose of exposure, APPSVC.