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Disinfectants / Oxidizing agents / Aldehydes / Formaldehyde / Occupational safety and health / Science / Air pollution / University of California /  Riverside / Lean burn / Chemistry / Environment / Design of experiments


Research Abstract: [removed]Evaluation of a Gas-Phase Atmospheric Reaction Mechanism for Low NOx Conditions
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Document Date: 2006-09-27 14:53:26


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File Size: 3,13 MB

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Event

Environmental Issue / /

Facility

College of Engineering Center / UCR EPA facility / Technology College of Engineering University of California Riverside / /

IndustryTerm

chemical systems / chemical mechanism / reactive organic gas / ambient reactive organic gas / atmospheric chemical mechanism / normalized initial reactive organic gas / /

Organization

United States Environmental Protection Agency / Australian Commonwealth Scientific and Industrial Research Organization / Engineering University of California Riverside / Environmental Research and Technology College / Air Pollution Research Center / UCR EPA / Center for Environmental Research / California Air Resources Board / Technology College / Tennessee Valley Authority / /

Person

Robert Hynes / Kurt Bumiller / Charles Bufalino / John Pisano / Roger Atkinson / Claudia Sauer / Deborah Luecken / Irina Malkina / Dennis Fitz / Matt Smith / Dongmin Luo / Luis Woodhouse / /

Position

author / project officer / Manager of Atmospheric Processes at CE-CERT / representative / CONTENTS EXECUTIVE / /

Product

B-4 / A-1 / /

ProvinceOrState

California / /

PublishedMedium

Environmental Research / /

Technology

Simulation / /

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