- Molecular scale investigation of environmental nucleation processes through computational quantum study and kinetic nucleation modeling
- Formation and growth of tropospheric particles: Modeling, data analyses, and comparisons
Figure 1. Predicted annual and monthly mean new particle formation rates (averaged with the boundary layer) based on ion-mediated nucleation mechanism.
- Development and continuous improvement of a computationally efficient advanced particle microphysics (APM) model for coupling with GEOS-Chem, WRF-Chem, and CESM
- Regional aerosol modeling using WRF-Chem + APM and GEOS-Chem+APM on nested domains
- Global aerosol modeling using GEOS-Chem + APM and CESM + APM
- Key processes controlling particle size distribution and cloud condensation nuclei (CCN) abundance
- Aerosol-cloud-climate interaction study using regional and global climate models
- Aerosol direct/indirect radiative forcing and climate change, climate feedback mechanisms involving particle nucleation
- Formation and growth of ultrafine particles in various plumes (engine exhaust, power plant, volcano, etc.)
- Combustion chemistry, and soot particle formation inside engine
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