N N N 37 CO2 CO / Lilly / N 35 CO C / the Sun / Cox / N N 36 CO2 CO / N N 31 OCS CO / /
Country
Netherlands / United States / / /
Facility
bar CO2 / Massachusetts Institute of Technology / /
IndustryTerm
steadystate solution / short chemical loss timescales / exoplanet applications / basic chemical / massive gas envelopes / chemical production / chemical system / chemical and photochemical reactions / low-temperature applications / chemical network / chemical-transport system / chemical loss / overall chemical composition / chemical species / planetary systems / steady-state chemical composition / energy / improved computer algorithms / chemical reactions / gas kinetic theory / online journal / chemical composition / test solutions / chemical kinetic rates / component gas sources / Chemical reaction rates / chemical loss timescales / certain photodissociation products / activation energy data / chemical transport model treats / steady-state solution / activation energy / /
Organization
Massachusetts Institute of Technology / Department of Physics / American Society for Testing / African Union / Seager1 / 2 / and William Bains1 / 3 Department of Earth / Atmospheric and Planetary Sciences / American Astronomical Society / /
The Astrophysical Journal, 761:166 (29pp), 2012 December 20 Cdoi:637X