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SEDL / STP / STP555-EB
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STP555
Instrumentation for Monitoring Air Quality
Barras RC
Pages: 186
Published: 1974
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Sixteen papers give an overview of modern air monitoring instrumentation. Every air pollution engineer should have a copy.
Table of Contents
Introduction
Levadie B.
Performance Evaluation of SO2 Monitoring Instruments
Purdue L.
Selection of Continuous Sulfur Dioxide Monitors for Ambient and Source Concentration Levels
Neuscheler R.
Monitoring Sulfur Compounds by Flame Photometry
Lucero D., Paljug J.
Monitoring Oxides of Nitrogen — An Overview
Goldgraben G.
Instrumentation for the Measurement of Nitrogen Dioxide
Baumgardner R., Clarke T., Hodgeson J., Stevens R.
Techniques for Continuous Monitoring of Hydrocarbons
Hollowed C., Mack D., McLaughlin R.
Performance of Hydrocarbon Monitoring Instrumentation
Ortman G., Thompson V.
Plumbing Problems — Gases for 6800 Hydrocarbon Analyzers
Kaplan H.
Obtaining Reliable Performance from Hydrocarbon Analyzers
Stevens D.
Evaluation of New Ozone Monitoring Instruments by Measuring in Nonurban Atmospheres
Baumgardner R., Clark T., Krost K., Stevens R.
Review of Commercial Ozone Measurement Instrumentation
Chamberlin D., Sanders R.
Automatic Chemical Analysis — The First Line of Approach
Goldberg R.
Monitoring Trace Metal Particulates: An Evaluation of the Sampling and Analysis Problems
Skogerboe R.
Filter Media for Atmospheric Sampling and Analysis
Benson A., Smith W.
Measuring Particulate Matter in Air
Lee R.
Recent Developments in IN SITU Size Spectrum Measurement of Submicron Aerosols
Husar R.
Committee: D22
Paper ID: STP555-EB
DOI: 10.1520/STP555-EB
ISBN-EB: 978-0-8031-5582-4
 ASTM International is a member of CrossRef.
0-8031-0376-X
978-0-8031-0376-4
STP555-EB
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