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Dr. Solomon Bililign 336-285-2328; 336-334-7424 (Lab) Education
Areas of Research
Current Research Focus: Focus: Characterizing organic and inorganic acids and aerosol in the atmosphere emitted by Biomass burning and the study their impact on climate. Negative Ion proton transfer mass spectrometry to Measure: a) Acidities of gas-phase acids; b) Rate of H-transfer; c) Water cluster characterization. The goal ito get estimates of the free energy of hydration of carboxylate ions, and determination of the effective gas phase acidity of hydrated carboxylate ions. (NSF- Funded Investigate vibrational overtone initiated photodissociation processes that are significant sources of atmospheric radicals using cavity ring down spectroscopy. The vibrational O-H overtone absorption cross sections of carboxylic acids and other OH-containing species are necessary quantities to calculate the photochemical reaction rate constant (J) for reactions initiated by the excitation of the O-H overtone. (NOAA, NSF Funded Measurement of the Henry's law coefficient and first order loss rate of Isocyanic Acid in Water Solutions-Solubility studies (NOAA-Funded Measurement of optical properties of biomass aerosols using cavity ring down spectroscopy ( DoD-Current Funding) Atmospheric Chemistry
Memberships
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