Nitric Acid Uptake and Decomposition on Black Carbon (Soot) Surfaces: Its Implications for the Upper Troposphere and Lower Stratosphere
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Nitric Acid Uptake↗
Engineering topics
Choi, W.
Publications and source records attributed to Choi, W..
Nitric Acid Uptake and Decomposition on Black Carbon (Soot) Surfaces: Its Implications for the Upper Troposphere and Lower Stratosphere
Black carbon particles (soot) are formed as a result of incomplete combustion processes and are ubiquitous in the atmosphere. The lower troposphere contains plenty of soot particles whose principal sources are fossil fuel and biomass combustion at the ground level.
nitric acid decomposition black carbon upper tropo↗
(abstract) Kinetic Studies of the Heterogeneous Reaction of O+CO Forming CO&sub2; on Oxide and Water Ice Surfaces: Implications for the Atmospheric Stability of Mars
The heterogeneous reaction of CO and O on the surface of aerosols has been proposed as an important chemical process which may contribute to the CO&sub2; stability in the Martian atmosphere.
Mars Martian atmosphere carbon monoxide oxygen↗