Aerosol Modelling
Tampere University
Core content
· The general dynamic equation (GDE)
· The continuity equation
· Numerical methods (solving ordinary differential equations; equilibrium finding;)
· Discretization schemes of the GDE and the continuity equation ( grid effects; dealing with subgrid-scale processes)
· Modelling main aerosol processes
(coagulation/agglomeration; condensation/evaporation; charging; simple source processes; deposition)
· Box models and multi-box models
Complementary content
· Multicomponent aerosol systems (inorganic solutions, organics, equilibrium partitioning, volatility basis set)
· Numerics:Monte Carlo methods
· Gaussian dispersion
In-depth content
· Molecular kinetics modelling
· CFD implementations of aerosol models
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