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 / Aromatic compounds / Benzene, biphenyl / C6H6

Species:

NAME: benzene
FORMULA: C6H6
CAS RN:71-43-2
STRUCTURE
(FROM NIST):
InChIKey:UHOVQNZJYSORNB-UHFFFAOYSA-N

Graphical Representations:

C6H6_197-235nm_lin.jpg
C6H6_197-235nm_log.jpg
C6H6_215-298K_115-210nm_lin.jpg
C6H6_215-298K_115-210nm_log.jpg
C6H6_221-278nm_log.jpg
C6H6_225-270nm_lin.jpg
C6H6_225-278nm_lin.jpg
C6H6_253-293K_239-270nm_lin.jpg
C6H6_253-293K_239-270nm_log.jpg
C6H6_323K_125-240nm_lin.jpg
C6H6_323K_125-240nm_log.jpg
C6H6_718-1292K_lin.jpg
C6H6_827-1921K_253.7nm,lin.jpg
C6H6_VUV_115-170nm_lin.jpg
C6H6_VUV_6-212nm_lin.jpg
C6H6_VUV_6-212nm_log.jpg
C6H6_and C6D6_VUV_lin.jpg
C6H6_and C6D6_VUV_log.jpg

Data Sets:

Formula Author(Year) T λ
C6H6 BauerAten(1963) 827-1921K 253.7nm
C6H6 Boechat-Roberty(2004) 298K 27.93-563.57nm
C6H6 Bunch(1958) 298K 43.33-133.45nm
C6H6 Bunch(1958) 298K 52.6-133.5nm
C6H6 Bunch(1958) 298K 74.9-83.4nm
C6H6 Capalbo(2016) 215K 171.510-199.991nm(0.012nm)
C6H6 Capalbo(2016) 230K 172.302-182.302nm(0.017nm)
C6H6 Capalbo(2016) 245K 171.515-190.996nm(0.012nm)
C6H6 Capalbo(2016) 250K 115.312-159.995nm(0.017nm)
C6H6 Capalbo(2016) 295K 171.470-199.992nm(0.012nm)
C6H6 Capalbo(2016) 298K 115.308-206.297nm(0.033nm)
C6H6 Capalbo(2016) 298K 120.333-210.333nm(0.013nm)
C6H6 Dawes(2017) 298K 115-330nm
C6H6 Doner(2019) 323K 125-240nm
C6H6 Etzkorn(1999) 298K 235-276nm
C6H6 Fally(2009) 253K 239.236-270.269nm
C6H6 Fally(2009) 263K 242.770-270.269nm
C6H6 Fally(2009) 273K 239.236-270.269nm
C6H6 Fally(2009) 283K 239.236-270.269nm
C6H6 Fally(2009) 293K 239.236-270.269nm
C6H6 Feng(2002) 298K 6.2-248nm(e,e)
C6H6 Gilbert(1972) 298K 175.24,199.50nm(max)
C6H6 Gingell(1998) 298K 130.5-211.2nm
C6H6 HammondPrice(1955) 298K 161.2-212.5nm
C6H6 HirayaShobatake(1991) 223K 231-259nm
C6H6 KimuraNagakura(1965) 298K 159.6-208.5nm
C6H6 Kovacs(2009) 295K 248nm
C6H6 Olive(2015) 298K 200-265nm
C6H6 Pantos(1978) 293-300K 178-253nm(max)
C6H6 Pantos(1978) 293-300K 224.9-269.8nm
C6H6 Pantos(1978) 293-300K 225.0-269.3nm
C6H6 Pantos(1978) 293-300K 35.4-206.2nm
C6H6 Philis(1981) 298K 135.74-271.53nm
C6H6 Pickett(1951) 298K 154.2-212.0nm
C6H6 Pickett(1951) 298K 175.9-203.7nm(max)
C6H6 Rennie(1998) 298K 34.8-134.2nm
C6H6 Richardson(1982) 1292K 238-325nm
C6H6 Richardson(1982) 718K 226-293nm
C6H6 Richardson(1982) 999K 231-316nm
C6H6 ScharpingZetzsch(1985) 298K 167.2-208.4nm
C6H6 Suto(1992) 297K 105.8-270.1nm
C6H6 Trost(1997) 298K 230-278nm
C6H6 Trost(1997) 298K 253nm(max)
C6H6 Wang(2024) 293-296K 197.00-235.06nm
C6H6 Yoshino(1973) 298K 59.70-211.84nm

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