IMPLEMENTATION OF INTERNAL-RESONANCE LASER SPECROSCOPY IN THE EXAMINATION OF THE ELECTROPHYSICAL CHARACTERISTICS OF BLOOD ELEMENTS

Teodora Petrova¹, Simeon Simeonov², Denis Solovev^3
1Assist. Prof. Ph.D., Georgi Benkovski Air Force Academy, Dolna Mitropoliya, Bulgaria
teodorapetrova33@abv.bg
²Ph.D, University Hospital Kaneff - Rousse, Bulgaria, sansiood@abv.bg 
³Associate Professor, Ph.D., Far Eastern Federal University (FEFU), Vladivostok, Russian Federation, solovev.db@dvfu.ru

Abstract

The suggested model for assessment of the refractive index and the size of blood constituents might turn out to be more informative and precise than the existing models, which utilize non-resonance methods. This approach provides for the discovery of a correlation between the electrophysical parameters of blood cells and their biological properties. Evaluation of the incident and scattered monochromatic laser radiation is given as a key of understanding optical characteristics of bio-matter.

Keywords: medicine, biology, lasers, mathematical modeling.