CONTINUOUS MONITORING OF PARTICULATE SULFATE BY FLAME PHOTOMETRY.

James J. Huntzicker; Lorne M. Isabelle; John G. Watson

CONTINUOUS MONITORING OF PARTICULATE SULFATE BY FLAME PHOTOMETRY.

James J. Huntzicker, Lorne M. Isabelle, John G. Watson

Division of Management

Research output: Contribution to conference › Paper › peer-review

Abstract

Sulfate aerosol has been continuously monitored by sampling a laboratory generated aerosol with a commercially available ″sulfur gas″ flame photometer. Efficiencies of detection were high. The temperature dependent decomposition of the different sulfate species has been shown to be a potentially powerful tool in the molecular identification of the various sulfates.

Original language	English (US)
State	Published - 1975
Event	Int Conf on Environ Sensing and Asses, Jt Conf Comprising the Int Symp on Environ Monit and the 3rd Jt Conf on Sensing Environ Pollut - Las Vegas, NV, USA Duration: Sep 14 1975 → Sep 19 1975

Other

Other	Int Conf on Environ Sensing and Asses, Jt Conf Comprising the Int Symp on Environ Monit and the 3rd Jt Conf on Sensing Environ Pollut
City	Las Vegas, NV, USA
Period	9/14/75 → 9/19/75

ASJC Scopus subject areas

Engineering(all)

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CONTINUOUS MONITORING OF PARTICULATE SULFATE BY FLAME PHOTOMETRY. / Huntzicker, James J.; Isabelle, Lorne M.; Watson, John G.
1975. Paper presented at Int Conf on Environ Sensing and Asses, Jt Conf Comprising the Int Symp on Environ Monit and the 3rd Jt Conf on Sensing Environ Pollut, Las Vegas, NV, USA.

Research output: Contribution to conference › Paper › peer-review

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title = "CONTINUOUS MONITORING OF PARTICULATE SULFATE BY FLAME PHOTOMETRY.",

abstract = "Sulfate aerosol has been continuously monitored by sampling a laboratory generated aerosol with a commercially available ″sulfur gas″ flame photometer. Efficiencies of detection were high. The temperature dependent decomposition of the different sulfate species has been shown to be a potentially powerful tool in the molecular identification of the various sulfates.",

author = "Huntzicker, {James J.} and Isabelle, {Lorne M.} and Watson, {John G.}",

note = "Copyright: Copyright 2020 Elsevier B.V., All rights reserved.; Int Conf on Environ Sensing and Asses, Jt Conf Comprising the Int Symp on Environ Monit and the 3rd Jt Conf on Sensing Environ Pollut ; Conference date: 14-09-1975 Through 19-09-1975",

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T1 - CONTINUOUS MONITORING OF PARTICULATE SULFATE BY FLAME PHOTOMETRY.

AU - Huntzicker, James J.

AU - Isabelle, Lorne M.

AU - Watson, John G.

PY - 1975

Y1 - 1975

N2 - Sulfate aerosol has been continuously monitored by sampling a laboratory generated aerosol with a commercially available ″sulfur gas″ flame photometer. Efficiencies of detection were high. The temperature dependent decomposition of the different sulfate species has been shown to be a potentially powerful tool in the molecular identification of the various sulfates.

AB - Sulfate aerosol has been continuously monitored by sampling a laboratory generated aerosol with a commercially available ″sulfur gas″ flame photometer. Efficiencies of detection were high. The temperature dependent decomposition of the different sulfate species has been shown to be a potentially powerful tool in the molecular identification of the various sulfates.

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M3 - Paper

AN - SCOPUS:0017320068

T2 - Int Conf on Environ Sensing and Asses, Jt Conf Comprising the Int Symp on Environ Monit and the 3rd Jt Conf on Sensing Environ Pollut

Y2 - 14 September 1975 through 19 September 1975

ER -

CONTINUOUS MONITORING OF PARTICULATE SULFATE BY FLAME PHOTOMETRY.

Abstract

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ASJC Scopus subject areas

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