Modeling of the distribution of a carbon dioxide gas cloud in protected ground structures and methods of its control using electrical equipment

The mathematical model of the distribution of carbon dioxide (CO2) in the construction of protected soil is an important tool for understanding and optimizing plant growth conditions. It allows you to predict how CO2 will be distributed inside the structure, taking into account factors such as ventilation, the area and shape of the structure, the number of plants, and other factors. To simulate the behavior of a gas cloud of carbon dioxide propagation in protected ground structures, the goal was to experimentally study the behavior of gas under controlled conditions and to carry out calculations aimed at obtaining a mathematical model of carbon dioxide distribution. The analysis of domestic and foreign literature was carried out, as well as based on their own work on this topic, studies were conducted that were compared with a mathematical model of carbon dioxide distribution. To test the hypotheses put forward, a mathematical model of the distribution of the technological range of carbon dioxide was developed based on the Weierstrass function «Y». Studies have shown the adequacy of a mathematical model that can describe the change in gas concentration in the operating area of the installation.