This article is devoted to presenting modern aspects of building information microwave therapy devices. And it presents an analysis of the existing problems of the organism homeostasis control by means of electromagnetic radiation. The new principles of synthesis of operating influences are formulated. On the basis of the thermodynamic approach is justified as a leading role modeling the space microwave background to restore disturbed homeostasis of the organism. The general patterns of development of the pathological process and possible mechanisms of corrective action of natural electromagnetic background are described. The implementation of the approach offered by the authors to constructing device information physiotherapy allowed creating high-performance hardware and software means for the prevention and treatment of a wide range of human diseases.
The article presents the results of the experimental study that was devoted to determining the blocking influence of the solar microwave radiation on the process of biofilm formation in Grampositive and Gram-negative microorganisms. The microwave generator that allows simulating microwave "splashes" of the Sun in the frequency range (4.0-4.3 GHz) with the controlled intensity of radiation (from 50 µW/sm 2 to 500 µW/sm 2) was used for conducting this research. It is found out that the simulated solar radiation of the microwave range blocks the formation of the extracellular matrix by the opportunistic microorganisms. The results of this study confirm the hypothesis of the evolutionary nature of the leading role of the microwave radiation of the Sun in the life processes of organisms. The technology of the exposure on the microorganisms that was used in the experiment opens up the real prospects for reducing the persistent potential of microorganisms and improving the efficiency of the bacterial infections treatment.
The paper proves a real possibility of designing the microwave electronic devices based on multilayer structures. The advantages of such design compared with a traditional application of the microstrip lines are demonstrated by an example of a hybrid microwave power divider (hybrid ring). The calculations of a multistructure-based hybrid ring presented in the paper allow forecasting a substantial decrease of the weight and size parameters for the microwave electronic devices. That provides their wide application in mobile and small-sized radio systems with a microwave informational channel. The weight and size problem is especially relevant for the devices like the various mobile on-board radars. This makes it possible to predict scientific and industrial relevance of the development.
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