Spectroscopy of formaldehyde in the 30140-30790cm^-1 range

Apel; Avdeenkov; Avdeenkov; Bethlem; Bjorklund; Bjorklund; Bowman; Brand; Cantrell; Clark; Clouthier; Co; Demtröder; Dieke; Doyle; Gerhard Rempe; Grosjean; Herzberg; Horowitz; Horowitz; Hudson; Junglen; Krems; Markus Schenk; Martin Zeppenfeld; McQuigg; Meerts; Meerts; Meerts; Michael Motsch; Michael Schmitt; Moore; Moortgart; Motsch; Moule; Pepijn W.H. Pinkse; Pope; Rangwala; Reilly; Riedel; Smith; Spence; Townes; W. Leo Meerts; Watson; Watson; Williams; Zeppenfeld

research

Spectroscopy of formaldehyde in the 30140-30790cm^-1 range

Authors: Apel
Avdeenkov
Avdeenkov
Bethlem
Bjorklund
Bjorklund
Bowman
Brand
Cantrell
Clark
Clouthier
Co
Demtröder
Dieke
Doyle
Gerhard Rempe
Grosjean
Herzberg
Horowitz
Horowitz
Hudson
Junglen
Krems
Markus Schenk
Martin Zeppenfeld
McQuigg
Meerts
Meerts
Meerts
Michael Motsch
Michael Schmitt
Moore
Moortgart
Motsch
Moule
Pepijn W.H. Pinkse
Pope
Rangwala
Reilly
Riedel
Smith
Spence
Townes
W. Leo Meerts
Watson
Watson
Williams
Zeppenfeld
Publication date: 1 January 2008
Publisher: 'Elsevier BV'
Doi

Abstract

Room-temperature absorption spectroscopy of formaldehyde has been performed in the 30140-30790cm^-1 range. Using tunable ultraviolet continuous-wave laser light, individual rotational lines are well resolved in the Doppler-broadened spectrum. Making use of genetic algorithms, the main features of the spectrum are reproduced. Spectral data is made available as Supporting Information