From the molecular level to the global scale: Bridging disparate time and length scales in atmospheric chemistry Timothy H. Bertram Class 17 Department of Chemistry and Biochemistry - Length scale - Document - PDFSEARCH.IO

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	From the molecular level to the global scale: Bridging disparate time and length scales in atmospheric chemistry Timothy H. Bertram Class 17 Department of Chemistry and Biochemistry Add to Reading List Document Date: 2011-04-28 12:01:57 Open Document File Size: 2,08 MB Share Result on Facebook / Facility Biochemistry University of California / Atmospheric Sciences University of Washington / / IndustryTerm particle chemical composition relative humidity / / Organization University of Washington / University of California / San Diego / Department of Chemistry / / Person Lynn Russell / Kim Prather / Timothy H. Bertram / Joel A. Thornton / Grant Deane / / Position General / / ProvinceOrState California / / Technology Simulation / / URL http / SocialTag Methane Gas Nanoparticle Physics Materials science Chemistry Greenhouse gases Anaerobic digestion Fuels

From the molecular level to the global scale: Bridging disparate time and length scales in atmospheric chemistry Timothy H. Bertram Class 17 Department of Chemistry and BiochemistryAdd to Reading List