Determination of non-intensive light flux intensity after propagation through layered biological environment
Journal Title: Вісник Тернопільського національного технічного університету - Year 2017, Vol 86, Issue 2
Abstract
The results of the research of the problem of determining the intensity of the light flux of low intensity after its propagation through the layered bioenvironment are given. It was defined that the transfer of radiation energy of a light-emitting diode and the estimation of the intensity of the flow of this energy on the object of irradiation, located in layered, „non-periodic“ environment, creates a new combination of „the source of efficient, directed radiation and its propagation channel“. The intensity of the low-energy energy flux after the radiation through a multilayered biological environment is determined by the radiation pattern of the LED. The diagram is used as a wave function of the source of radiation, which enabled to take into account the influence of the layered environment on the intensity of the object irradiation in such environment. Recursive method and algorithm for determining the intensity of the low-level energy flow after its transfer through a multilayered biological environment was developed.
Authors and Affiliations
Mykhailo Bachynskyy, Yuriy Stoyanov, Bohdan Yavorskyy
Keywords
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