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Ultrahigh-frequency electro-technical installations are capable of performing thermal microwave modification of dielectric and non-thermal microwave modification of polymer materials and products, as a result of which new properties and parameters appear in the object processed in the working chamber of such an installation. When designing microwave electrical installations, it is necessary to consider the relationship between the dielectric parameters of the processed object and the parameters of the microwave electromagnetic field of the working chamber of the installation. The paper considers the influence of the parameters of the processed dielectrics on the synthesis of working chambers of microwave electrical installations and mathematical modelling of heat treatment in a microwave electromagnetic field, the structure and parameters of the installation on its economic efficiency. Consideration of the materials science and economic aspects of microwave electrical technology allows to accelerate and reduce the cost of design in microwave electrical technology.

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