TITLE:
Participation of Natural Radionuclides in Chemical Processes in Green Vegetation
AUTHORS:
Khagani Farzulla Mammadov
KEYWORDS:
Natural Radionuclides, H2O-CO2 Mixtures, Fertile Soil, Plant Mass, Hydrocarbons
JOURNAL NAME:
Journal of Materials Science and Chemical Engineering,
Vol.13 No.8,
August
29,
2025
ABSTRACT: The rate of decrease of molecular hydrogen formation with an increase in the concentration of CO2 is observed during the radiolysis of mixtures of H2O with CO2. The rates of formation of all products (H2, CO, CH4, and relatively heavy hydrocarbons) increase with increasing absorbed dose and amount of organic matter in mixtures with stable concentrations of CO2, H2O, and 40KCl.There is a decrease in the rate of formation of H2 and CH4, and an increase in the rate of elementary reactions of the transformation of light radiolysis products (H2, CO, CH4) into relatively heavy products (C6, C7, C8) with an increase in CO2 concentration. The results obtained show the expediency of taking into account the contribution of ionizing radiation from radionuclides present in the environmental components, when considering multistage biochemical mechanisms of photosynthesis, in order to explain the initiation of energy-intensive processes of CO2 and H2O decomposition. The analysis showed the presence of natural radionuclides in all samples of water, soil, vegetation and livestock products. The development of green vegetation in fertile soils is directly proportional to the concentration of microelements and natural radionuclides, in the range of concentrations of microelements formed in the soil cover of the planet. The high development of vegetation, green cover and trees in fertile areas is explained by the stimulation of photosynthesis process by relatively high concentrations of microelements and natural radionuclides.