Robin Modini
Appearances
- Transition metal complexed in airborne organic aerosol particles can photochemically generate radical compounds when they absorb light from the sun. These react with oxygen to form reactive species that can catalytically alter aerosol composition and thus, its oxidative potential…
Presenter
Paul Scherrer Institut PSI - Transition metal complexed in airborne organic aerosol particles can photochemically generate radical compounds when they absorb light from the sun. These react with oxygen to form reactive species that can catalytically alter aerosol composition and thus, its oxidative potential…
Speakers
Paul Scherrer Institut PSI - : [ENVR] Division of Environmental Chemistry
Speakers
University of MichiganPurdue UniversityPaul Scherrer Institut PSIPenn StateThe University of IowaSUNY Stony BrookUniversity of MichiganPurdue UniversityPacific Northwest National LabPacific Northwest National Laboratory - Transition metal complexed in airborne organic aerosol particles can photochemically generate radical compounds when they absorb light from the sun. These react with oxygen to form reactive species that can catalytically alter aerosol composition and thus, its oxidative potential…
Speakers
Paul Scherrer Institut PSI - : [ENVR] Division of Environmental Chemistry
Speakers
University of MichiganPurdue UniversityPaul Scherrer Institut PSIPenn StateThe University of IowaSUNY Stony BrookUniversity of MichiganPurdue UniversityPacific Northwest National LabPacific Northwest National Laboratory - DateMarch 28, 2023Transition metal complexed in airborne organic aerosol particles can photochemically generate radical compounds when they absorb light from the sun. These react with oxygen to form reactive species that can catalytically alter aerosol composition and thus, its oxidative potential…
Presenter
Paul Scherrer Institut PSI
