The MPI-Mainz UV/VIS Spectral Atlas

of Gaseous Molecules of Atmospheric Interest

www.uv-vis-spectral-atlas-mainz.org

Hannelore Keller-Rudek1, Geert K. Moortgat2, Rolf Sander2, Rüdiger Sörensen1

1Satellite Group

2Atmospheric Chemistry Division

Max-Planck Institute for Chemistry
Mainz, Germany


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When referring to the Spectral Atlas, please cite our publication:

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 / Alkenes,polyenes+radicals / Alkenes / CH2=CH2

Species:

NAME: ethylene, ethene
FORMULA: CH2=CH2
CAS RN:74-85-1
STRUCTURE
(FROM NIST):
InChIKey:VGGSQFUCUMXWEO-UHFFFAOYSA-N

Graphical Representations:

CH2=CH2_0.125-185nm_lin.jpg
CH2=CH2_0.125-185nm_log.jpg
CH2=CH2_105-220nm_lin.jpg
CH2=CH2_105-220nm_log.jpg
CH2=CH2_1155-2500K_214-230nm_lin.jpg
CH2=CH2_140-370K_lin.jpg
CH2=CH2_140-370K_log.jpg
CH2=CH2_50-124nm_lin.jpg
CH2=CH2_6-120nm_lin.jpg
CH2=CH2_800-2000K_174nm_lin.jpg

Data Sets:

Formula Author(Year) T λ
CH2=CH2 Cooper(1995) 298K 6.2-210nm(e,e)
CH2=CH2 Davidson(1993) 1709-2224K 216.61nm
CH2=CH2 Davidson(1993) 1749-2103K 220.67nm
CH2=CH2 Doner(2023) 323K 128.5-240.0nm
CH2=CH2 Friedrichs(2002) 798-1998K 174nm(meas)
CH2=CH2 Friedrichs(2002) 800-2000K 174nm(fit)
CH2=CH2 Gardiner(1987) 1100-2200K 214nm(fit)
CH2=CH2 Gardiner(1987) 1177-2124K 214nm(meas)
CH2=CH2 HammondPrice(1955) 298K 145.0-174.4nm
CH2=CH2 Holland(1997) 298K 0.125-185.1nm
CH2=CH2 Holland(1997) 298K 50-119nm
CH2=CH2 Ibuki(1989) 298K 6.2-207nm(e,e)
CH2=CH2 JonesTaylor(1955) 298K 168-190nm
CH2=CH2 KoikeMorinaga(1981) 1820-2522K 230nm
CH2=CH2 KoikeMorinaga(1981) 1841-2512K 216nm
CH2=CH2 Lee(1973) 298K 17.7-64.8nm
CH2=CH2 Lilly(1973-1974) 298K 104.8-106.7,123.6,147nm
CH2=CH2 Lu(2004) 298K 105-175nm
CH2=CH2 LucchesiniGozzini(2004) 294K 844.292-852.391nm
CH2=CH2 LucchesiniGozzini(2011) 294K 825.303-837.215nm
CH2=CH2 MetzgerCook(1964) 298K 59-100nm
CH2=CH2 Oehlschlaeger(2005) 1155-2023K 216.62nm(smoo)
CH2=CH2 Oehlschlaeger(2005) 1228-1949K 216.62nm(meas)
CH2=CH2 Okabe(1981) 296K 147,174nm
CH2=CH2 Okabe(1983) 296K 184.9nm
CH2=CH2 OkabeBecker(1962) 298K 147nm
CH2=CH2 Orkin(1997) 295K 164-209nm
CH2=CH2 Parkes(2003) 294K 1625.640nm
CH2=CH2 PersonNicole(1968) 298K 105.18-118.74nm
CH2=CH2 Platt(1949) 298K 155.0-174.4nm
CH2=CH2 SauerDorfman(1961) 298K 145.7-147.8nm(meas)
CH2=CH2 SauerDorfman(1961) 298K 145.7-147.8nm(smoo)
CH2=CH2 Schoen(1962) 295K 46.1-111.4nm(smoo)
CH2=CH2 Schoen(1962) 295K 46.1-136.2nm(meas)
CH2=CH2 WalkerWeissler(1955) 295K 68.7-116.6nm
CH2=CH2 WilkinsonJohnston(1950) 303K 143.5-197.5nm(smoo)
CH2=CH2 WilkinsonJohnston(1950) 303K 143.6-197.5nm(meas)
CH2=CH2 Wu(1991) 298K 106.0-118.2nm
CH2=CH2 Wu(2004) 140K 118-192nm
CH2=CH2 Wu(2004) 200K 118-192nm
CH2=CH2 Wu(2004) 295K 118-192nm
CH2=CH2 Wu(2004) 330K 118-192nm
CH2=CH2 Wu(2004) 370K 118-192nm
CH2=CH2 Xia(1991) 295K 106-118nm
CH2=CH2 ZelikoffWatanabe(1953) 298K 117.9-185.1nm
CH2=CH2 ZelikoffWatanabe(1953) 298K 145.0-174.4nm

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