Faculty

Institution

Unit

Venue

Andrew Berke

Associate Professor of Chemistry; Co-director of Environmental Concentration

Smith College

Affiliations

Chemistry

Smith College

Department Of Art

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Physics

Department Of Psychology

Department Of Statistical And Data Sciences

Department of Environmental Science & Policy

Department of Film and Media Studies

Department of Landscape Studies

Studies Of French

Studies Of Italian

Study Of Education And Child

Department of Exercise & Sport Studies

Andrew Berke is currently serving as a Chemistry Associate Professor of Chemistry; Co-director of Environmental Concentration at Smith College.

Honors

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Experiences

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Education

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Andrew Berke

Smith College

Associate Professor of Chemistry; Co-director of Environmental Concentration

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chemistry chemical engineering environmental science environmental chemistry aerosol science atmospheric chemistry physical chemistry chemical reaction engineering atmospheric environment dispersion science aerosol formation technology environmental research photochemistry vibrational spectroscopy chemical properties high temperature aerosol molecular spectroscopy reaction dynamics bimolecular reactions hydrogen abstraction chlorine radicals water quality bacteria applied microbiology environmental microbiology ecotoxicology soil biology soil dynamics atmospheric research transition metal chemistry redox biology fluid science coordination chemistry quantum chemistry molecular structure soil microbiology microbial risk assessment soil environment microbial diversity ammonia soil chemistry glycosylation biocatalysis oxygen reduction reaction surface reactivity catalyst activation aerosol transport aerosol sampling phase separation liquid-liquid flow excited state property electronic excited states physical properties nitrous acid nitrate photolysis acidic aqueous solutions nitrogen dioxide agricultural soil flux chamber c-d stretches vibrational energy ammonium sulfate short-chain alcohols bulk-phase reaction liquid-liquid phase separation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Probing Liquid–Liquid Phase Separation in Secondary Organic Aerosol Mimicking Solutions Using Articulated Straws. ACS Omega (2021)

multiphase flowschemical engineeringliquid crystalsphase separationaerosol sciencefluid dynamicsliquid–liquid phase separationfluid mechanicschemistrycomplex fluidsfluid sciencedispersion scienceliquid-liquid flowaerosol formation

Relationship Between Structure, Functionality, and Viscosity for Aerosol-Mimicking Solutions Containing Ammonium Sulfate, Glyoxal, and a Series of Oxidized C 1 –C 5 Compounds. ACS Earth and Space Chemistry (2019)

aerosol transportatmospheric environmentchemical engineeringchemical propertiesaerosol sciencechemical reaction engineeringchemical kineticshigh temperature aerosolcomplex fluidschemistryorganic chemistrydispersion scienceaerosol samplingaerosol formation

Effect of Short-Chain Alcohols on the Bulk-Phase Reaction Between Glyoxal and Ammonium Sulfate. Atmospheric Environment (2018)

Andrew E. BerkeTara A. BhatHunter MyersEmma F. GubbinsAmanda A.O. NwankwoKim LuLily TimpaneClaire Keller

environmental chemistryaerosol scienceenvironmental sciencechemical reaction engineeringammonium sulfateshort-chain alcoholsatmospheric chemistrybulk-phase reactioncarbohydrate chemistryatmospheric environmentchemical engineeringatmospheric scienceglycosylationbiocatalysisoxygen reduction reactionatmospheric researchsurface reactivitytransition metal chemistrycatalyst activationredox biologybiomolecular engineering

The Influence of the Solvent Matrix on Physical Properties and Chemical Reactivity in Secondary Organic Aerosol Mimicking Solutions Containing Glyoxal and Ammonium Sulfate. AGU Fall Meeting Abstracts (2018)

chemical sciencesenvironmental materialsphysical propertieschemical engineeringenvironmental chemistrychemical propertiesaerosol sciencechemical reaction engineeringchemical kineticssolvent matrixchemical reactivityhigh temperature aerosolatmospheric chemistrychemistryorganic chemistrydispersion scienceaerosol formationorganic process research

Combined Flux Chamber and Genomics Approach Links Nitrous Acid Emissions to Ammonia Oxidizing Bacteria and Archaea in Urban and Agricultural Soil. Environmental Science & Technology (2015)

Nicole K. ScharkoUrsel M. E. SchütteAndrew E. BerkeLauren BaninaHannah R. PeelMelissa A. DonaldsonChris HemmerichJeffrey R. WhiteJonathan D. Raff

agricultural soilsoil microbiologyenvironmental sciencebacteriamicrobial risk assessmentsoil environmentmicrobiomeinfectious diseasesatmospheric chemistrymicrobial diversitymicrobial ecologyatmospheric environmentammoniamicrobiologyflux chamberapplied microbiologyenvironmental microbiologyecotoxicologyenvironmental researchsoil biology

Release of Nitrous Acid and Nitrogen Dioxide From Nitrate Photolysis in Acidic Aqueous Solutions. Environmental Science & Technology (2014)

Nicole K. ScharkoAndrew E. BerkeJonathan D. Raff

water qualityenvironmental chemistrytechnologynitrous acidnitrate photolysisenvironmental scienceacidic aqueous solutionsphotochemistrynitrogen dioxideenvironmental engineering

The Vibrationally Driven H-Atom Abstraction From Methane by Bromine Radicals. Proceedings of the 74th International Symposium on Molecular Spectroscopy (2014)

Ethan VolpaFleming CrimAndrew Berke

surface sciencebromine radicalsnanotechnologynanoengineeringchemistryapplied physicsh-atom abstractionmaterials science

Hydrogen Abstraction From Methane by Bromine and Chlorine Radicals: A Dynamics Comparison. 68th International Symposium on Molecular Spectroscopy (2013)

Andrew E. BerkeEthan H. VolpaF. Fleming Crim

hydrogen abstractionchemical engineeringmolecular spectroscopychlorine radicalschemistryorganic chemistrydynamics comparisonmaterials science

The Influence of Translational and Vibrational Energy on the Reaction of CL With Ch3d. The Journal of Chemical Physics (2013)

Andrew E. BerkeEthan H. VolpaChristopher J. AnnesleyF. Fleming Crim

vibrational energychemistryphysical chemistry

Uptake of Gas Phase Nitrous Acid Onto Boundary Layer Soil Surfaces. Environmental Science & Technology (2013)

Melissa A. DonaldsonAndrew E. BerkeJonathan D. Raff

environmental chemistrytechnologysoil chemistryenvironmental scienceenvironmental researchsoilsoil dynamicsmaterials science

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Andrew Berke

Associate Professor of Chemistry; Co-director of Environmental Concentration

Smith College

Affiliations

Chemistry

Smith College

Department Of Art

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Physics

Department Of Psychology

Department Of Statistical And Data Sciences

Department of Environmental Science & Policy

Department of Film and Media Studies

Department of Landscape Studies

Studies Of French

Studies Of Italian

Study Of Education And Child

Department of Exercise & Sport Studies

Andrew Berke is currently serving as a Chemistry Associate Professor of Chemistry; Co-director of Environmental Concentration at Smith College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Andrew Berke

Smith College

Associate Professor of Chemistry; Co-director of Environmental Concentration

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Probing Liquid–Liquid Phase Separation in Secondary Organic Aerosol Mimicking Solutions Using Articulated Straws. ACS Omega (2021)

Effect of Short-Chain Alcohols on the Bulk-Phase Reaction Between Glyoxal and Ammonium Sulfate. Atmospheric Environment (2018)

Andrew E. BerkeTara A. BhatHunter MyersEmma F. GubbinsAmanda A.O. NwankwoKim LuLily TimpaneClaire Keller

Combined Flux Chamber and Genomics Approach Links Nitrous Acid Emissions to Ammonia Oxidizing Bacteria and Archaea in Urban and Agricultural Soil. Environmental Science & Technology (2015)

Nicole K. ScharkoUrsel M. E. SchütteAndrew E. BerkeLauren BaninaHannah R. PeelMelissa A. DonaldsonChris HemmerichJeffrey R. WhiteJonathan D. Raff

Release of Nitrous Acid and Nitrogen Dioxide From Nitrate Photolysis in Acidic Aqueous Solutions. Environmental Science & Technology (2014)

Nicole K. ScharkoAndrew E. BerkeJonathan D. Raff

water qualityenvironmental chemistrytechnologynitrous acidnitrate photolysisenvironmental scienceacidic aqueous solutionsphotochemistrynitrogen dioxideenvironmental engineering

The Vibrationally Driven H-Atom Abstraction From Methane by Bromine Radicals. Proceedings of the 74th International Symposium on Molecular Spectroscopy (2014)

Ethan VolpaFleming CrimAndrew Berke

surface sciencebromine radicalsnanotechnologynanoengineeringchemistryapplied physicsh-atom abstractionmaterials science

Hydrogen Abstraction From Methane by Bromine and Chlorine Radicals: A Dynamics Comparison. 68th International Symposium on Molecular Spectroscopy (2013)

Andrew E. BerkeEthan H. VolpaF. Fleming Crim

hydrogen abstractionchemical engineeringmolecular spectroscopychlorine radicalschemistryorganic chemistrydynamics comparisonmaterials science

The Influence of Translational and Vibrational Energy on the Reaction of CL With Ch3d. The Journal of Chemical Physics (2013)

Andrew E. BerkeEthan H. VolpaChristopher J. AnnesleyF. Fleming Crim

vibrational energychemistryphysical chemistry

Uptake of Gas Phase Nitrous Acid Onto Boundary Layer Soil Surfaces. Environmental Science & Technology (2013)

Melissa A. DonaldsonAndrew E. BerkeJonathan D. Raff

environmental chemistrytechnologysoil chemistryenvironmental scienceenvironmental researchsoilsoil dynamicsmaterials science

1
2
10 / page