Kutsenko V. Development of Theory and Methods for Construction of Microwave Facilities for Radiometric Non-Destructive Control of Vitroceramic Materials and Wares on their Basis.

The thesis deals with the development of theoretical bases for construction of microwave facilities for radiometric non-destructive control with optimal metrology descriptions and terms for realization of new radiometric methods. The conceptual problems of radiometric non-destructive SHF-control for materials and wares are considered. Approaches to calculations of microwave circuit of radiometers as basic sources for decline of control authenticity are investigated. Methods for mathematical modelling of microwave circuit and low-power signal transformation processes in microwave radiometric non-destructive devices are offered and implemented. That gave an opportunity to develop scientific bases of radiometric control for vitroceramic ware properties. On the basis of the developed modelling for input cascades in microwave radiometric non-destructive devices for vitroceramic material and ware control are made. The results of the thesis are introduced in the technical processes and scientific developments of a number of enterprises, as well as at the academic activity when teaching and tutoring students and postgraduates of several higher education establishments in Ukraine.