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Earth, Space, and Environmental Chemistry

Working Paper

Wildfire Smoke Impacts on Indoor Air Quality Assessed Using Crowdsourced Data in California

Yutong Liang, Deep Sengupta, Mark Joseph Campmier, Joshua Apte, David M. Lunderberg, Allen Goldstein

Version 2 posted 14 July 2021

681

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Earth, Space, and Environmental Chemistry

Working Paper

Unexpected Electrophiles in the Atmosphere - Anhydride Nucleophile Reactions and Uptake to Biomass Burning Emissions

Max Loebel Roson, Maya Abou-Ghanem, Erica Kim, Shuang Wu, Dylan Long, Sarah Styler, Ran Zhao

Version 1 posted 12 April 2023

253

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Earth, Space, and Environmental Chemistry

Working Paper

Viscosity and phase state of wildfire smoke particles in the stratosphere from pyrocumulonimbus events: an initial assessment

Mei Fei Zeng, Andreas Zuend, Nealan G. A. Gerrebos, Pengfei Yu, Gregory P. Schill, Daniel M. Murphy, Allan K. Bertram

Version 1 posted 03 October 2024

7

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Earth, Space, and Environmental Chemistry

Working Paper

Secondary Organic Aerosol from Biomass Burning Phenolics Could Increase Brown Carbon Lifetimes, Seed Ice Clouds, and Transport Pollutants

Kristian J. Kiland, Fabian Mahrt, Long Peng, Sepehr Nikkho, Julia Zaks, Giuseppe V. Crescenzo, Allan K. Bertram

Version 1 posted 31 January 2023

409

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Earth, Space, and Environmental Chemistry

Working Paper

Liquid-liquid phase separation and viscosity in biomass burning organic aerosol and climatic impacts

Florence K. A. Gregson, Nealan G. A. Gerrebos, Meredith Schervish, Sepehr Nikkho, Elijah G. Schnitzler, Carley Schwartz, Christopher Carlsten, Jonathan P. D. Abbatt, Saeid Kamal, Manabu Shiraiwa, Allan K. Bertram

Version 1 posted 21 April 2023

381

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Earth, Space, and Environmental Chemistry

Working Paper

Secondary organic aerosol from biomass burning phenolic compounds and nitrate radicals can be highly viscous over a wide relative humidity range

Sepehr Nikkho, Bin Bai, Fabian Mahrt, Julia Zaks, Long Peng, Kristian J. Kiland, Pengfei Liu, Allan K. Bertram

Version 1 posted 19 June 2024

194

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Earth, Space, and Environmental Chemistry

Working Paper

Biomass burning organic aerosol (BBOA) from wildfires has multiple phases and is more viscous than laboratory generated BBOA

Nealan G. A. Gerrebos, Julia Zaks, Florence K. A. Gregson, Max Walton-Raaby, Harrison Meeres, Ieva Zigg, Wesley F. Zandberg, Allan K. Bertram

Version 1 posted 07 May 2024

228

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7 results in Biomass Burning in Keywords: Biomass Burning

Wildfire Smoke Impacts on Indoor Air Quality Assessed Using Crowdsourced Data in California

Unexpected Electrophiles in the Atmosphere - Anhydride Nucleophile Reactions and Uptake to Biomass Burning Emissions

Viscosity and phase state of wildfire smoke particles in the stratosphere from pyrocumulonimbus events: an initial assessment

Secondary Organic Aerosol from Biomass Burning Phenolics Could Increase Brown Carbon Lifetimes, Seed Ice Clouds, and Transport Pollutants

Liquid-liquid phase separation and viscosity in biomass burning organic aerosol and climatic impacts

Secondary organic aerosol from biomass burning phenolic compounds and nitrate radicals can be highly viscous over a wide relative humidity range

Biomass burning organic aerosol (BBOA) from wildfires has multiple phases and is more viscous than laboratory generated BBOA

7 results in Keywords: Biomass Burning