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Contact, Imprint, Acknowledgements

Keller-Rudek, H., Moortgat, G. K., Sander, R., and Sörensen, R.: The MPI-Mainz UV/VIS spectral atlas of gaseous molecules of atmospheric interest, Earth Syst. Sci. Data, 5, 365–373, (2013), DOI: 10.5194/essd-5-365-2013

Cross Sections / Organics (carbonyls) / Aldehydes(aliphatic) / CH2O

Species:

NAME:	formaldehyde, methanal
FORMULA:	CH2O
CAS RN:	50-00-0
STRUCTURE (FROM NIST):
InChIKey:	WSFSSNUMVMOOMR-UHFFFAOYSA-N

Graphical Representations:

Data Sets:

	Formula	Author(Year)	T	λ
	CH2O	Bass(1980)	223K	259.7-357.5nm(int,c)
	CH2O	Bass(1980)	223K	270-350nm(int,c)
	CH2O	Bass(1980)	296K	258.750-359.525nm
	CH2O	Bass(1980)	296K	259.7-357.5nm(int,c)
	CH2O	Bass(1980)	296K	270-350nm(int,c)
	CH2O	Bogumil(2003)	293K	247.3-400nm
	CH2O	Calvert(1972)	298K	290-360nm
	CH2O	Calvert(2000)	273K	240-365nm(rec)
	CH2O	Cantrell(1990)	223K	300-357.5nm(2.5nm,int-c)
	CH2O	Cantrell(1990)	233K	300-357.5nm(2.5nm,int-c)
	CH2O	Cantrell(1990)	243K	300-357.5nm(2.5nm,int-c)
	CH2O	Cantrell(1990)	253K	300-357.5nm(2.5nm,int-c)
	CH2O	Cantrell(1990)	263K	300-357.5nm(2.5nm,int-c)
	CH2O	Cantrell(1990)	273K	300-357.5nm(2.5nm,int-c)
	CH2O	Cantrell(1990)	283K	300-357.5nm(2.5nm,int-c)
	CH2O	Cantrell(1990)	293K	300-357.5nm(2.5nm,int-c)
	CH2O	Cantrell(1990)	296K	300.30-385.80nm(0.01nm)
	CH2O	ChanceOrphal(2011)	223.15-293.15K	300-385nm(parameters)
	CH2O	ChanceOrphal(2011)	223.15K	300-360nm(rec)
	CH2O	ChanceOrphal(2011)	233.15K	300-360nm(rec)
	CH2O	ChanceOrphal(2011)	243.15K	300-360nm(rec)
	CH2O	ChanceOrphal(2011)	253.15K	300-360nm(rec)
	CH2O	ChanceOrphal(2011)	263.15K	300-360nm(rec)
	CH2O	ChanceOrphal(2011)	273.15K	300-360nm(rec)
	CH2O	ChanceOrphal(2011)	283.15K	300-360nm(rec)
	CH2O	ChanceOrphal(2011)	293.15K	300-360nm(rec)
	CH2O	ChanceOrphal(2011)	298.15K	300-360nm(rec)
	CH2O	Chen(2002)	293K	280-300nm
	CH2O	ChenZhu(2001)	293K	280-310nm
	CH2O	ChenZhu(2003)	293K	290-330nm
	CH2O	Co(2005)	220K	350.877-355.871nm(400Torr)
	CH2O	Co(2005)	220K	352.4789-354.0247nm(max)
	CH2O	Co(2005)	298K	350.877-355.871nm(150Torr)
	CH2O	Co(2005)	298K	350.877-355.871nm(225Torr)
	CH2O	Co(2005)	298K	350.877-355.871nm(300Torr)
	CH2O	Co(2005)	298K	350.877-355.871nm(400Torr)
	CH2O	Co(2005)	298K	350.877-355.871nm(75Torr)
	CH2O	Co(2005)	298K	352.4789-354.0247nm(max)
	CH2O	Cooper(1996)	298K	6.2-261nm(e,e)
	CH2O	Crow(2009)	298K	325.5586-327.4364nm
	CH2O	Ernest(2012)	294K	304-330nm
	CH2O	Fleming(1959)	298K	154-177nm
	CH2O	Fleming(1959)	298K	155.49-174.87nm(max)
	CH2O	Friedrichs(2002)	295-2000K	174nm
	CH2O	Gardiner(1987)	1400-2200K	214nm(fit)
	CH2O	Gardiner(1987)	1456-2036K	214nm(meas)
	CH2O	GentieuMentall(1970)	298K	123.6,147nm
	CH2O	GentieuMentall(1970)	298K	65-177nm
	CH2O	GlickerStief(1971)	298K	123.6,147.0nm
	CH2O	Gratien(2007)	298K	250-360nm
	CH2O	IUPAC(2006)	223K	250.0-352.5nm(rec)
	CH2O	IUPAC(2006)	298K	224.7-367.5nm(rec)
	CH2O	IUPAC(2006)	298K	226-345nm(rec)
	CH2O	IUPAC(2013)	223K	251.7-350.0nm(rec,atm)
	CH2O	IUPAC(2013)	298K	226-370nm(rec,atm)
	CH2O	IUPAC(2013)	298K	226-375nm(rec,1nm)
	CH2O	JPL-2002(2002)	223K	301.25-356.25nm(rec)
	CH2O	JPL-2002(2002)	293K	301.25-356.25nm(rec)
	CH2O	JPL-2010(2011)	223K	251.6-350.0nm(rec,atm)
	CH2O	JPL-2010(2011)	298K	226-370nm(rec,atm)
	CH2O	JPL-2010(2011)	298K	226-375nm(rec,1nm)
	CH2O	JPL-2015(2015)	298,223K	226-370nm(rec,atm)
	CH2O	JPL-2015(2015)	298K	226-375nm(rec,1nm)
	CH2O	Mackey(1997)	423K	270-379nm
	CH2O	Mackey(1997)	523K	270-379nm
	CH2O	Mackey(1997)	573K	270-369nm
	CH2O	Mackey(1997)	673K	270-369nm
	CH2O	Mackey(1997)	773K	270-389nm
	CH2O	Mackey(1997)	873K	270-399nm
	CH2O	Matsugi(2016)	1265K	282.4-410.0nm
	CH2O	Matsugi(2016)	1708K	282.4-410.0nm
	CH2O	Matsugi(2016)	955K	282.4-410.0nm
	CH2O	McMillan(1966)	348K	202.3-373.8nm
	CH2O	McQuiggCalvert(1969)	353K	220-370nm
	CH2O	Meller(1992)	297K	224-376nm(0.1nm)
	CH2O	Meller(1992)	297K	224.55-376.01nm
	CH2O	MellerMoortgat(2000)	223-323K	249.38-356.56nm(T-gradient)
	CH2O	MellerMoortgat(2000)	223K	249.38-356.56nm(0.01nm)
	CH2O	MellerMoortgat(2000)	223K	250-353nm(int-c)
	CH2O	MellerMoortgat(2000)	298K	224-373nm(int-c)
	CH2O	MellerMoortgat(2000)	298K	224.56-376.00nm(0.01nm)
	CH2O	MellerMoortgat(2000)	298K	225.5-375.5nm(1nm)
	CH2O	Mentall(1971)	298K	120-177nm
	CH2O	Mentall(1971)	298K	60-120nm
	CH2O	Moortgat(1980)	285K	215-370nm(0.08nm)
	CH2O	Moortgat(1983)	220K	253.0-353.1nm
	CH2O	Moortgat(1983)	298K	253.0-353.1nm
	CH2O	Moortgat(1983)	353K	278.1-353.1nm
	CH2O	MoortgatSchneider(1989)	285K	240-360nm(1nm)
	CH2O	MoortgatWarneck(1979)	298K	276-355nm
	CH2O	Pope(2005)	263K	316-329nm
	CH2O	Pope(2005)	293K	313-320nm
	CH2O	Rogers(1990)	296K	235-365nm(0.5nm)
	CH2O	Rogers(1990)	296K	240-360nm(10nm)
	CH2O	Rogers(1990)	296K	240-367nm(0.016nm)
	CH2O	Smith(2006)	245K	302.546-332.882nm(0.0035nm)
	CH2O	Smith(2006)	245K	302.546-332.882nm(convol. 0.1nm)
	CH2O	Smith(2006)	245K	302.546-332.882nm(convol. 0.2nm)
	CH2O	Smith(2006)	245K	302.546-332.882nm(convol. 1.0nm)
	CH2O	Smith(2006)	294K	299.996-340.007nm(0.0035nm)
	CH2O	Smith(2006)	294K	299.996-340.007nm(convol. 0.1nm)
	CH2O	Smith(2006)	294K	299.996-340.007nm(convol. 0.2nm)
	CH2O	Smith(2006)	294K	299.996-340.007nm(convol. 1.0nm)
	CH2O	Smith(2006)	294K	302.530-340.001nm(200 Torr N2)
	CH2O	Suto(1986)	295K	106-180nm
	CH2O	Wang(2013)	900-1600K	306.74nm
	CH2O	Washenfelder(2016)	298K	326nm(max)

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