Critical review of N, N+, N+ 2, N ++, and N++ 2 main production processes and reactions of relevance to titan's atmosphere

0391361 - ÚFCH JH 2014 RIV US eng J - Článek v odborném periodiku
Dutuit, O. - Carrasco, N. - Thissen, R. - Vuitton, V. - Alcaraz, Ch. - Pernot, P. - Balucani, N. - Casavecchia, P. - Canosa, A. - Le Picard, S. - Loison, J.-Ch. - Herman, Zdeněk - Žabka, Ján - Ascenzi, D. - Tosi, P. - Franceschi, P. - Price, S. D. - Lavvas, P.
Critical review of N, N+, N+ 2, N ++, and N++ 2 main production processes and reactions of relevance to titan's atmosphere.
Astrophysical Journal Supplement Series. Roč. 204, č. 2 (2013), s. 20. ISSN 0067-0049. E-ISSN 1538-4365
Institucionální podpora: RVO:61388955
Klíčová slova: atomic data * atomic processes * molecular data
Kód oboru RIV: CF - Fyzikální chemie a teoretická chemie

This paper is a detailed critical review of the production processes and reactions of N, N+, N-2(+), N++, and N-2(++) of relevance to Titan's atmosphere. The review includes neutral, ion-molecule, and recombination reactions. The review covers all possible active nitrogen species under Titan's atmospheric conditions, specifically N-2 (A (3)Sigma(+)(u)), N (S-4), N (D-2), N (P-2), N-2(+), N+ (P-3), N+ (D-1), N-2(++), and N++ species, and includes a critical survey of the reactions of N, N+, N-2(+), N++, and N-2(++) with N-2, H-2, D-2, CH4, C2H2, C2H4, C2H6, C3H8 and the deuterated hydrocarbon analogs, as well as the recombination reactions of N-2(+), N+, N-2(++), and N++. Production processes, lifetimes, and quenching by collisions with N-2 of all reactant species are reviewed. The N (S-4) state is reactive with radicals and its reactions with CH2, CH3, C2H3, and C2H5 are reviewed. Metastable states N-2 (A (3)Sigma(+)(u)), N (D-2), and N (P-2) are either reactive or quenched by collisions with the target molecules reviewed. The reactions of N+ (D-1) have similar rate constants as N+ (P-3), but the product branching ratios differ significantly. Temperature effects and the role of the kinetic energy content of reactants are investigated. In all cases, experimental uncertainties of laboratory data are reported or estimated. Recommended values with uncertainties, or estimated values when no data are available, are given for rate constants and product branching ratios at 300 K and at the atmospheric temperature range of Titan (150-200 K for neutral reactions and 150 K for ion reactions).
Trvalý link: http://hdl.handle.net/11104/0220445