Файл	Ном	Сабт карда шуд
Umarov Nasimjon Negmatovich	APPLICATION OF LOTKI-VOLTER MODEL FOR THE STUDY OF INTERACTIONS BETWEEN TWO PARAMETERS IN BIOMATERIAL	33

Authors: Umarov Nasimjon Negmatovich - Candidate of Physical and Mathematical Sciences, Head of the Department of General Physics and Solid State of the PEI “KSU named after academic Bobojon Gafurov”

JOURNAL NUMBER: 2(65). YEAR OF ISSUE: 2023. LANGUAGE OF THE ARTICLE: Russian

ANNOTATION

The article dwells on an application of Lotki-Volter model by interaction of two and more parameters. It is established that by the presence of two parameters or systems the vacillations born by interaction recur as those ones engendered by a harmonious oscillator. His elicited that when a number of interacting parameters increases an amplitude of vacillations is monotonously decreasing. Lotki-Volter model can be applied for modeling an interaction between active radicals and hydroxyl groups in the composition of the reed ordinary biomolecules. It is determined that as much as a growth of radiation background level augments, the quantum of active radicals amounts proportionally up to 2,5 times and a hydroxyl group belittles down to 3 times. The modelling of this process reliably ensures the management and prognostication in regard to the properties and structure of biomaterials dealt with.

KEY WORDS

biomaterial, mathematical modelling, Lotki-Volter equation, hydroxyl group, active radical, the reed ordinary.

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