The implications of CO production in electrical discharges

Physics

Scientific paper

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Atmospheric Chemistry, Carbon Monoxide, Lightning, Chemical Equilibrium, High Temperature, Nitric Oxide, Thermochemistry

Scientific paper

The high temperature chemistry of the N-O-H-C system has been studied to determine the production of NO and CO by atmospheric lightning. The yield of NO is found to be equivalent to results obtained for a pure N2/O2 atmosphere. The CO yield is highly dependent upon the detailed cooling processes within the discharge and thus an experiment designed to measure the CO source in discharges could yield useful insights into the discharge itself. An upper limit of 3.5 x 10 to the 11th g CO per yr is estimated for the global CO source from lightning.

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