Gaussian Gas Dispersion Model with Concentration Simulation

The Gaussian gas dispersion model is employed to simulate gas dispersion and predict both the diffusion area and concentration distribution. This model, derived from Gaussian functions, utilizes physical parameter measurements and calculations during the gas dispersion process to accurately forecast the scope of gas diffusion and concentration patterns. The implementation typically involves key functions for calculating standard deviations (σy and σz) based on atmospheric stability classes, integrating wind speed components, and solving the Gaussian plume equation. This provides reliable theoretical foundations and technical support for environmental pollution control and industrial production applications. Furthermore, the model's application facilitates better understanding of gas dispersion principles and characteristics, offering methodological insights for further research through modular code structures that allow parameter customization and visualization outputs.