Relative importance of nitric oxide formation mechanisms in laminar opposed-flow diffusion flames
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NO<inf>x</inf> emission characteristics of CH<inf>4</inf> versus O<inf>2</inf>/CO<inf>2</inf> counterflow non-premixed flames at various pressures up to 300 atm
2021, FuelCitation Excerpt :It is found that the variations in sensitivity coefficient calculated by the reaction rate sensitivity analysis exhibit the same trend with the results shown in Fig. 10. Such a correlation has already been reported in [17], from which it was demonstrated that the results of sensitivity analysis of NO formation are entirely consistent with those of NO formation pathway analysis. Therefore, it is reasonable to consider that the results of relative contributions of each NOx formation/consumption pathway to EINOx as a function of pressure (Fig. 6) or a function of temperature (Figs. 8 and 10) can represent the sensitivity of EINOx to the corresponding NOx formation/consumption pathway.
NO<inf>x</inf> emission and its reduction mechanism investigation in one diffusion-like vortex-tube combustor
2020, Journal of Cleaner Production
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