The Chemistry of Fires at the Wildland-Urban Interface (2022) / Chapter Skim
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Pages 193-197
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From page 193... ...
2018. "Intra-continental Wildfire Smoke Transport and Impact on Local Air Quality Observed by Ground-Based and Satellite Remote Sensing in New York City." Atmospheric Environment 187: 266–281.
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From page 195... ...
COMPOSITION OF URBAN MATERIALS AND THEIR COMBUSTION PRODUCTS Session Chairs: Marilyn Black and Anna Stec 10:10 The Fuel of Our Homes - from Building Materials to Content Birgitte Messerschmidt, National Fire Protection Association 10:35 Combustion Product Yields: Basic Principles and Examples from Large Fire Tests Per Blomqvist, Research Institutes of Sweden 11:00 Behavior of Flame Retardants and Other Chemicals of Concern in Fires and Their Degradation Processes Richard Hull, University of Central Lancashire, United Kingdom 11:25 Flame Retardants in Building Materials and Consumer Products: Concerns for Exposure Heather Stapleton, Duke University 11:50 Break II. EMISSION SOURCES AND POTENTIAL EXPOSURES Session Chairs: Jeff Burgess and Fernando Rosario-Ortiz 12:30 Exploring the Complexity of Gas and Particle Phase Organic Chemistry and Indoor Infiltration Rates When Wildfire Smoke Arrives in Highly Populated Regions of California Allen Goldstein, University of California Berkeley 195
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From page 196... ...
Eric Guillaume, Efectis 3:10 How Does Regional Chemistry in Urban Wildfire Plumes Differ from Wildland Fires? Halogens and Plastics Steven Brown, National Oceanic and Atmospheric Association 3:35 How Does Regional Chemistry in Urban Wildfire Plumes Differ from Wildland Fires?
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From page 197... ...
The data in that table are intended only as an illustrative example, and an uncertainty analysis was therefore not performed. For the reader who may be interested in replicating, improving upon, or extending these calculations to expand the scientific community's understanding of fire loading in WUI fires, the committee's assumptions and calculations are detailed in this appendix.
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