Author: Melnyk Vadym
Supervisor: Tarabarov Serhii
ELK: Second level of higher education (master degree)
Speciality: 172 Telecommunications and Radio Engineering
Summary: The master's dissertation consists of an explanatory note of 90 pages and includes 17 illustrations, 16 tables, 28 references, 2 datascripts
Key words: blood microcirculation, Mie theory, scaterring, spherical part, extinction.
Actuality of theme. Modern diagnostive medicine desperately needs new noninvasive methods of blood flow research. One of the most perspective is the microcirculation of blood in the human body, which allows you to get data on the rate of blood flow, and knowing the parameters of the vessels, which is the movement, from that could be judged about pathological changes in them.
The purpose of the master's thesis is calculation of the parameters and characteristics of the computer model of microcirculation of blood.
The object of the study is the model of microcirculation in the human body.
The subject of the study is the parameters and characteristics of the blood microcirculationtion.
The scientific novelty is the application of the Mie theory for spherical parts to simulate the scattering of radiation from the blood-forming elements.
The practical value of the results. The developed model allows to greatly accelerate the diagnosis of pathological changes in the blood and blood vessels of the human body.
Keywords: blood microcirculation, mie theory, scaterring, spherical part, extinction.
The work consists of: 90 pages of explanatory note and 2 appendix
Explanatory note: Full text