Correlation of the Real-time Particulate Matter Emissions Measurements of a ESP Remote Sensing Device (RSD) and a Dekati Electronic Tailpipe Sensor (ETaPS) with Gravimetrically Measured PM from a Total Exhaust Dilution Tunnel System

Authors

Mridul Gautam, West Virginia University
Donald H. Stedman, University of Denver
Daniel K. Carder, West Virginia University
Benjamin Shade, West Virginia University
Nigel Clark, West Virginia University
Gregory Thompson, West Virginia University
Scott Wayne, West Virginia University
Gary A. Bishop, University of DenverFollow
Brent G. Schuchmann, University of DenverFollow
Dan Pope, University of Denver
Niranjan Vescio
Gary Full
Peter McClintock
Drew Rau

Publication Date

2010

Document Type

Technical Report

Organizational Units

Chemistry and Biochemistry

Keywords

Atmospheric chemistry, Emissions, Pollutants, Heavy-duty diesel trucks

Rights Holder

Mridul Gautam, Donald H. Stedman, Daniel K. Carder, Benjamin Shade, Nigel Clark, Gregory Thompson, Scott Wayne, Gary A. Bishop, Brent G. Schuchmann, Dan Pope, Niranjan Vescio, Gary Full, Peter McClintock, Drew Rau

Provenance

Received from author

File Format

application/pdf

Language

English (eng)

Extent

61 pgs

File Size

5.0 MB

Publication Statement

Public Domain

Recommended Citation

Gautam, M; Stedman, D. H.; Carder, D.; Shade, B.; Clark, N.; Thompson, G.; Wayne, S.; Bishop, G.; Schuchmann, B.; Pope, D.; Vescio, N.; Full, G.; McClintock, P.; Rau, D., Correlation of the Real-time Particulate Matter Emissions Measurements of a ESP Remote Sensing Device (RSD) and a Dekati Electronic Tailpipe Sensor (ETaPS) with Gravimetrically Measured PM from a Total Exhaust Dilution Tunnel System, Final Report to the California Air Resources Board, Sacramento, 2010.