Estimated changes in human exposure to suspended sulfate attributable to equipping light-duty motor vehicles with oxidation catalysts.

Estimated changes in human exposure to suspended sulfate attributable to equipping light-duty motor vehicles with oxidation catalysts.

The potential environmental impact of equipping vehicles with oxidation catalysts is estimated. Three independent techniques are used to appraise community exposures. Incremental increases in suspended sulfates and sulfuric acid aerosols are evaluated in terms of the number of vehicles equipped with...

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Main Authors: Finklea, J F, Moran, J, Knelson, J H, Turner, D B, Niemeyer, L E
Format: Online
Language:English
Published: 1975
Online Access:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1475045/
id pubmed-1475045
recordtype oai_dc
spelling pubmed-14750452006-06-09 Estimated changes in human exposure to suspended sulfate attributable to equipping light-duty motor vehicles with oxidation catalysts. Finklea, J F Moran, J Knelson, J H Turner, D B Niemeyer, L E Research Article The potential environmental impact of equipping vehicles with oxidation catalysts is estimated. Three independent techniques are used to appraise community exposures. Incremental increases in suspended sulfates and sulfuric acid aerosols are evaluated in terms of the number of vehicles equipped with oxidation catalysts. 1975-04 /pmc/articles/PMC1475045/ /pubmed/50938 Text en
repository_type Open Access Journal
institution_category Foreign Institution
institution US National Center for Biotechnology Information
building NCBI PubMed
collection Online Access
language English
format Online
author Finklea, J F
Moran, J
Knelson, J H
Turner, D B
Niemeyer, L E
spellingShingle Finklea, J F
Moran, J
Knelson, J H
Turner, D B
Niemeyer, L E
Estimated changes in human exposure to suspended sulfate attributable to equipping light-duty motor vehicles with oxidation catalysts.
author_facet Finklea, J F
Moran, J
Knelson, J H
Turner, D B
Niemeyer, L E
author_sort Finklea, J F
title Estimated changes in human exposure to suspended sulfate attributable to equipping light-duty motor vehicles with oxidation catalysts.
title_short Estimated changes in human exposure to suspended sulfate attributable to equipping light-duty motor vehicles with oxidation catalysts.
title_full Estimated changes in human exposure to suspended sulfate attributable to equipping light-duty motor vehicles with oxidation catalysts.
title_fullStr Estimated changes in human exposure to suspended sulfate attributable to equipping light-duty motor vehicles with oxidation catalysts.
title_full_unstemmed Estimated changes in human exposure to suspended sulfate attributable to equipping light-duty motor vehicles with oxidation catalysts.
title_sort estimated changes in human exposure to suspended sulfate attributable to equipping light-duty motor vehicles with oxidation catalysts.
description The potential environmental impact of equipping vehicles with oxidation catalysts is estimated. Three independent techniques are used to appraise community exposures. Incremental increases in suspended sulfates and sulfuric acid aerosols are evaluated in terms of the number of vehicles equipped with oxidation catalysts.
publishDate 1975
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1475045/
_version_ 1611383664946446336

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