Predictions of the response of optical gas sensing systems using correlation spectroscopy
Predictions of the response of optical gas sensing systems using correlation spectroscopy
For the control of combustion systems, it is advantageous to monitor O Analyses that show predictions of the magnitude of this modulation index and the anticipated signal to noise ratio in measurements, factors which indicate the expected minimum detectable gas concentration, are presented. The expected drift of these factors with changes in measurement cell temperature and pressure are also shown.
Chambers, P.
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Austin, E.A.D.
49244605-390e-4a67-a184-58434ba30e7c
Dakin, J.P.
04891b9b-5fb5-4245-879e-9e7361adf904
2004
Chambers, P.
acc1a1f9-dbc8-4d5e-8982-1843cb1beda7
Austin, E.A.D.
49244605-390e-4a67-a184-58434ba30e7c
Dakin, J.P.
04891b9b-5fb5-4245-879e-9e7361adf904
Chambers, P., Austin, E.A.D. and Dakin, J.P.
(2004)
Predictions of the response of optical gas sensing systems using correlation spectroscopy.
Optics and Photonics 2004: The biennial conference of the Optics and Photonics Division of the Institute of Physics at Photon04, Glasgow, UK.
05 - 08 Sep 2004.
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Conference or Workshop Item
(Paper)
Abstract
For the control of combustion systems, it is advantageous to monitor O Analyses that show predictions of the magnitude of this modulation index and the anticipated signal to noise ratio in measurements, factors which indicate the expected minimum detectable gas concentration, are presented. The expected drift of these factors with changes in measurement cell temperature and pressure are also shown.
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Published date: 2004
Venue - Dates:
Optics and Photonics 2004: The biennial conference of the Optics and Photonics Division of the Institute of Physics at Photon04, Glasgow, UK, 2004-09-05 - 2004-09-08
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Local EPrints ID: 38241
URI: http://eprints.soton.ac.uk/id/eprint/38241
PURE UUID: a9214e2b-edc7-44b1-be4b-bd6b2e4d75bb
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Date deposited: 09 Jun 2006
Last modified: 11 Dec 2021 15:40
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Contributors
Author:
P. Chambers
Author:
E.A.D. Austin
Author:
J.P. Dakin
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