Department of Design and Production of Radio Electronic Equipment

National Technical University of Ukraine
"Igor Sikorsky Kyiv Polytechnic Institute"

Modulation radiometric measuring assembly of absorbed energy dose during phototherapy

Author: Lisnichyk Anatoliy Sergiyovuch

Group: РБ-31м

Supervisor: Yanenko Oleksii

ELK: Master

Speciality: 8.05090204 Biotechnical and Medical Equipment and Systems

Summary: Magister’s dissertation: 105 p., 30 Fig., 3 table., 26 sources. Object of research – methods of measuring the dose absorbed energy in light therapy. Purpose – to improve the accuracy of the luminous intensity along with the simplification of the scheme and increased sensitivity. Research methods – used in the computer modeling of propagation of optical radiation, the electronic package “Mathcad 15” using the Monte Carlo method. Methods of Mathematical Statistics processing results, the laws optical distribution visible light. Under the influence of light on the human optical range appear certain effects depending on the wavelength. In medicine uses the whole range of optical radiation for phototherapy. The essential task is to analyze modern equipment for measuring optical radiation in phototherapy, identify gaps and develop tasks to eliminate them. Holding modeling of light radiation and experimental study of light penetration in biological tissues. Developing a model channel modulation of light passing through biological tissues for combined impact. Master’s thesis on materials published 2 abstracts at scientific and technical conferences, articles in professional journals and received one patent for utility model.

Keywords: modulation radiometr, light, intensyvnivst waves.

The work consists of:  106 pages of explanatory note and 1 appendix

Explanatory note: Full text