Radiation and nitric oxide formation in turbulent non-premixed jet flames
Radiative heat transfer has a significant effect on nitric oxide (NO) formation in turbulent non-
premixed flames. Consequently, predictive models of turbulent non-premixed flames must
include an accurate radiation submodel. To investigate the importance of radiation
submodels in modeling NO formation, multiscalar measurements of temperature and
species were coupled with radiation measurements in a series of turbulent non-premixed jet
flames. A range of fuel mixtures were considered including H2, H2/He, CO/H2/N2 …
premixed flames. Consequently, predictive models of turbulent non-premixed flames must
include an accurate radiation submodel. To investigate the importance of radiation
submodels in modeling NO formation, multiscalar measurements of temperature and
species were coupled with radiation measurements in a series of turbulent non-premixed jet
flames. A range of fuel mixtures were considered including H2, H2/He, CO/H2/N2 …
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