Publications
Talk · International Conference on Information Science and Communications Technologies · September 28, 2022
Modelling of Fine Aerosols Diffusive Transport in the Atmosphere
Daler Kuchkarovich Sharipov, Dilshot Akhmedov, Bakhtiyor Boborakhimov, Khasan Sharipov
Abstract
The paper deals with development of atmospheric dispersion model and numerical algorithm using spherical coordinates. The proposed finite difference scheme allows to reduce computation steps in solving the problem of estimation and fore-casting the concentration of air pollutants emitted by stationary point source. Analysis of numerical results allowed to identify the impact of harmful industrial emissions on Akhangaran Valley environment and next to work out reasonable recommendations for minimizing possible environmental risks.
Wind and Air Flow StudiesSingular Perturbation, Asymptotics and Difference SchemesAtmospheric chemistry and aerosolsfine aerosolsdiffusive transportatmospheric dispersion modeling
More by Daler Sharipov
- Verification and Validation of a Conservative Finite-Volume Core for Urban Pollutant DispersionComputation · 2026
- Integration of a Sentiment Dictionary and Named Entity Recognition System into a Tool for Analyzing Public Opinion in the Uzbek LanguageInternational Scientific-Technical Conference on Actual Problems of Electronic Instrument Engineering · 2025
- "Adaptive Thresholding" Method to Select Prominent Objects by Converting the Image to Black and White FormatInternational Scientific-Technical Conference on Actual Problems of Electronic Instrument Engineering · 2025
- Modeling air flow and dispersion of harmful substances in conditions of complex geometryOptical and Computational Technologies for Measurements and Industrial Applications · 2025 · Citations: 1