Signal to Noise Ratio in Digital Lock-in Detection for Multiple Intensity-Modulated Signals in CO2 Laser Absorption Spectrometer

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ADS bibcode: 2013AGUFM.A13C0208C
year: 2013
Listed Authors: CHEN, S.; Lin, B.; Harrison, F. W.; Nehrir, A. R.; Campbell, J. F.; Refaat, T.; Abedin, N. M.; Obland, M. D.; Ismail, S.; Meadows, B. L.
Listed Institutions: NASA Langley Research Center, HAMPTON, VA, USA;; NASA Langley Research Center, HAMPTON, VA, USA;; NASA Langley Research Center, HAMPTON, VA, USA;; NASA Langley Research Center, HAMPTON, VA, USA;; NASA Langley Research Center, HAMPTON, VA, USA;; Old Dominion University Research Foundation, Norfolk, VA, USA;; NASA Langley Research Center, HAMPTON, VA, USA;; NASA Langley Research Center, HAMPTON, VA, USA;; NASA Langley Research Center, HAMPTON, VA, USA;; NASA Langley Research Center, HAMPTON, VA, USA;

Signal to Noise Ratio in Digital Lock-in Detection for Multiple Intensity-Modulated Signals in CO2 Laser Absorption Spectrometer

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