Chernovolyk G. Means for Automated Indestructible Measuring Control of Spectrophotometric Parameters of Biotissue

Object of research - the process of Nondestructive spectrophotometric measurement control parameters biotkanyn. The subject of the investigation - spectrophotometric parameters of normal and pathological biotkanyny and metrological characteristics of the developed measuring control. Methods of research - the theory of radiation transfer through inhomogeneous media, methods integrate field and diffuse reflection, the methods of mathematical modeling and statistics, measurement theory. errors of measurement theory, the theory of fuzzy sets. As a result of the thesis proposed an automated method for control of biotissue their spectrophotometric parameters, improved mathematical model of transformation of radiation in spherical primary measuring converters. Received further development of mathematical models of energy conversion surface layer biotissue obtained analytical dependence of static metrological characteristics developed by means of automated non-destructive testing. A tool for automated control of spectrophotometric parameters, which is the simultaneous measurement of diffuse reflectance spectra of normal and pathological areas biotissue. Improved optical design of the primary measuring transducer and developed functional and structural control of the scheme means biotissue. An algorithm for diagnostic decision-making on the basis of the theory of fuzzy sets. Created expert system to support diagnostic decision making. Iimplementated in the Research Institute of Rehabilitation of the Vinnitsia National Medical University and the learning process Vinnytsia National Technical University. Field (industry) use - in the instrument, material science, spectroscopy of the environment.