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Thermal NOx Formation and Mechanisms by zhongrod29 is a document available to read on EtoBox.

Thermal NOx formation is governed by the extended Zeldovich mechanism, consisting of three reactions involving N2, O2, and OH. The rate of thermal NOx formation doubles for every 90K temperature increase above 2200K. There are different approaches to determine the concentrations of O and OH radicals needed for the rate calculation, including equilibrium, partial equilibrium, and using predicted values from chemical kinetics models. Coupling the extended Zeldovich mechanism to detailed chemical kinetics mode

Author

zhongrod29

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EN