Emily characterized an Indoor Surface Extractor for solvent extraction of indoor surface films.  Advanced mass spectrometry techniques will be applied to characterize the organic mixtures.

Claire worked with AMS data sets from NASA flights.  

Laurel worked with aged vs. fresh aerosol samples. 

Aron worked on autoxidiation in large molecules in films and helped with longer term photolysis experiments.

Monica worked with material deposited onto outdoor surfaces, including the complex mixtures found in dew water.

Chris worked with indoor surface samples to characterize the chemicals present in both fresh and aged mixtures

Natalie worked with brown carbon aerosol particles from FIREX.

Marley worked with brown carbon aerosol particles from Toluene SOA under high NOx conditions.

Yousuf worked with material deposited on indoor surfaces, especially after human activities like cooking and cleaning.

Churchill worked on computational modeling of the gas-phase vibrational spectra for organic molecules that are relevant for atmospheric chemistry

Hannah helped build an Indoor Surface Extractor for solvent extraction of indoor surface films.  

Lemai worked with photolysis of brown carbon formed in the laboratory through reactions between ammonium and methyl glyoxal.

Gloria worked with organic material found indoors with a focus on exposure to pets in the home. She is headed to Vet. school at Cornell.

Corey made secondary organic aerosol from α-pinene ozonolysis and compared photodegredation effects in aqueous solutions vs. dry aerosol films. Corey is now headed to graduate school at John's Hopkins in Chemistry

Julia is working on indoor surface film extraction and characterization of both organic and biological compounds.

Daphnie is preparing and characterizing aerosol extracts from SPARTAN filters for analysis with soft-ionization mass spectrometry. 

Daphnie is preparing and characterizing aerosol extracts from SPARTAN filters for analysis with soft-ionization mass spectrometry. 

Lydia studied the kinetics of photobleaching for brown carbon in cloud water proxies.

Emma works for Charles River Laboratories as a Research Specialist for validation of pre-clinical drug discovery.

At William and Mary she modeled the IR spectra of α-pinene secondary organic aerosol products for comparison with infrared action spectra.  She also analyzed the composition changes that occur during photolysis of α-pinene SOA at low RH.

Jacob generated aerosol samples for the brown carbon and SOA photolysis projects to simulate real cloud water samples. 

William investigated the photobleaching rate of brown carbon in cloud water proxies using UV/VIS.

Michael investigated the photobleaching rate of brown carbon in cloud water proxies using UV/VIS.

Becca investigated the ozone degradation of pigments using mass spectrometry and surface enhanced raman (SERs) in collaboration with the Wustholtz group.

Tanner is investigating the photobleaching rate of brown carbon in cloud water proxies using UV/VIS.