Author: Shpilin Oleg
Supervisor: Peregudov Sergii
Speciality: 8.05090204 Biotechnical and Medical Equipment and Systems
Summary: Master's thesis, 111 p., 32 fig., 13 tab., 1 appendix, 29 sources. Background. Measurement of low radiation of biological objects is a difficult process because the input level in most cases comparable with its own noise radio-metric system. Known methods and means have certain drawbacks, including low accuracy and lack of visibility of research results. The creation of software and hard-ware tools processing method for radiometric measurement of own radiation of bio-logical objects is the actual task. The purpose of the study. The aim of the thesis is to improve the research process radiometric electromagnetic properties of biological objects in the millimeter range. Object is electromagnetic radiation of biological objects in the millimeter wavelength range. The subject of research is the processing of electromagnetic signals in bio-logical objects radiometric system of mm range. Research methods, techniques and theory circles computer design – a model when developing and processing signals in radiometric studies of biological objects; methods of the theory of differential calculus and mathematical statistics – for the processing of measurement results; radiometry methods – to study the electromagnet-ic properties of biological objects. Theoretical and practical significance of the results: 1) A simulation model of the hardware and software signal processing in the low block radiometric system software using LabVIEW. 2) The method of evaluation of basic parameters of the transmission line that connects the output radiometric system computer. 3) Improved radiometric method studies of biological objects of low natural radiation in the microwave range.
Keywords: radiometric system, biological objects, error measurement
The work consists of: 111 pages of explanatory note and 1 appendix
Explanatory note: Full text