Raman spectroscopy: rovibrational temperature determination of a plasma assisted premixed flame

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To improve the lean flammability limit and combustion stability of premixed methane flames, plasma can be applied. A flat flame burner has been made with a high voltage electrode in the surface, which creates a nanosecond micro-discharge plasma in the gas channels. With Raman spectroscopy it becomes possible to quantify rotational and vibrational temperatures, caused by the plasma, using a Boltzmann- and Treanor distribution for the scattered population. Measurement results with varying equivalence ratios and degrees of plasma are presented.
Originele taal-2Engels
Aantal pagina's1
StatusGepubliceerd - 10 okt 2019
EvenementCombura: NVV 2019 - Conference hotel Kontakt der Kontinenten Amersfoortsestraat 20 3769 AS , Soesterberg, Nederland
Duur: 9 okt 201910 okt 2019
https://www.combura.nl/

Congres

CongresCombura
LandNederland
StadSoesterberg
Periode9/10/1910/10/19
Internet adres

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