Photo-dissociation: Experimental temperature-dependent far-UV absorption cross sections (cm2/molecule) measured/obtained by Dr Alexander Fateev (DTU) vs wavelength (nm). Please contact Alexander Fateev alfa@kt.dtu.dk for more details and more data.
1H2-12C-16O__DTU__110-230.014__T303.15K__P0bar__0.015.nm xsec-VUV-DTU (1H)2(12C)(16O): experimental VUV cross sections (nm) at T=30-50C (303.15K), 110-230 nm, 0.015 nm step by Fateev et. al. (2019). NaN is used to indicate saturated absorbance.
1H2-12C-16O__DTU__110-230.014__T353.15K__P0bar__0.015.nm xsec-VUV-DTU (1H)2(12C)(16O): experimental VUV cross sections (nm) at T=80C (353.15K), 110-230 nm, 0.015 nm step by Fateev et. al. (2019). NaN is used to indicate saturated absorbance.
1H2-12C-16O__DTU__110-230.014__T423.15K__P0bar__0.015.nm xsec-VUV-DTU (1H)2(12C)(16O): experimental VUV cross sections (nm) at T=150C (423.15K), 110-230 nm, 0.015 nm step by Fateev et. al. (2019). NaN is used to indicate saturated absorbance.
1H2-12C-16O__DTU__110-230.014__T573.15K__P0bar__0.015.nm xsec-VUV-DTU (1H)2(12C)(16O): experimental VUV cross sections (nm) at T=300C (573.15K), 110-230 nm, 0.015 nm step by Fateev et. al. (2019). NaN is used to indicate saturated absorbance.
References
Fateev, A. et. al., "Experimental temperature dependent VUV cross sections", Journal of Quantum Spectroscopy and Radiative TransferIn press (2021).[21FaYuTe.H2CO]