Physical Chemistry & Atmospheric Thermodynamics Lab
Investigating the physical chemistry of atmospheric processes to advance climate and air quality science.
Research Mission
The Physical Chemistry & Atmospheric Thermodynamics Lab investigates the thermodynamic, kinetic, and spectroscopic properties of chemical systems relevant to atmospheric science, energy conversion, and materials behavior. The lab applies quantum chemistry, statistical mechanics, and experimental physical chemistry to understand reaction mechanisms, phase equilibria, and energy transfer processes — providing the fundamental physical chemistry underpinning DARAS's atmospheric and energy research programs.
Key Research Functions
Atmospheric Chemistry
Investigating the kinetics and mechanisms of atmospheric chemical reactions — characterizing gas-phase and heterogeneous processes that determine the formation, transformation, and removal of atmospheric pollutants and greenhouse gases.
Thermodynamic Characterization
Measuring and modeling thermodynamic properties of chemical systems — heat capacities, phase equilibria, reaction enthalpies, and equations of state — that underpin process design, atmospheric modeling, and materials science.
Quantum Chemistry
Applying quantum chemical calculations to predict molecular properties, reaction mechanisms, and spectroscopic signatures — providing the theoretical foundation that guides experimental design and interprets complex chemical observations.
Research Capabilities
Directorate of Advanced Research & Applied Sciences
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