Photoacoustic trace gas measurements using a Raman Fibre Amplifier

Dataset

Description

The dataset comprises of measurements and simulations obtained with a prototype miniaturised photoacoustic trace gas sensor in combination with a prototype Raman Fibre Amplifier system for operation at 1651nm. Both systems were tested individually and their combined application for trace gas sensing of Methane (CH4) was investigated.
The dataset includes all relevant measurement data and simulation data which was published in an IEEE Journal of Lightwave Technology paper.
Date made available1 Jun 2016
PublisherUniversity of Strathclyde
Date of data production1 Nov 2014 - 30 Apr 2015

Cite this

Bauer, R. (Creator), Lengden, M. (Data Manager). (1 Jun 2016). Photoacoustic trace gas measurements using a Raman Fibre Amplifier. University of Strathclyde. PAS_OutputAt10ppmCH4_SBSsuppressionAmplitudeAndFrequencyCharacterisation(.csv), PAS_AllanDeviationMeaurement_withoutSuppression(.csv), RamanAmplifierOutput_SuppressionCharacterisation(.csv), RamanAmplifierSimulation_P0_6_5mW(.csv), RamanAmplifierSimulationWithSuppression_NoModulation(.csv), RamanAmplifierSimulation_P0_13mW(.csv), RamanAmplifierSimulationWithSuppression_PASandHFModulation(.csv), RamanAmplifierSimulationWithSuppression_PASModulation(.csv), GasCellResonanceCharacterisation(.csv), DescriptionOfFiles(.txt), PAS_1fMeasurement_InclSBSsuppression(.csv), PAS_1fMeasurement_NoSBSsuppression(.csv), PAS_AllanDeviationMeaurement_inclSuppression(.csv). 10.15129/584fdf9d-1860-4e4d-8b8d-a71a667466dd