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Visible emission data are used to infer the probability of the maximum mixture fraction along a path normal to the PIV plane failing to exceed a stoichiometric value.
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These results corroborate the triple Forme stabiliftedon concept.
A shift of maximum flame temperature was observed toward the rich side of the mixture fraction space, most likely as a consequence of reduced heat release in the presence of product dissociation.
The maximum temperature, that of the fuel-consumption zone, is calculated as a function of the rate of scalar dissipation at the stoichiometric mixture fraction, and extinction conditions are identified from the maximum of this scalar dissipation on the resulting C-shaped curve.
The stoichiometric mixture fraction is used to define the continuous flame height which also coincides with the maximum mean temperature along the centerline of the fire.
The presence of appreciable molecular oxygen at the location of maximum temperature has been observed in non-premixed oxygen-enhanced combustion (OEC) processes, specifically in flames having a high stoichiometric mixture fraction (Zst) produced with diluted fuel and oxygen-enrichment.
Good qualitative agreement is found, for the prediction of the locations of zero and maximum/minimum conditional diffusion locations for mixture fraction and individual species.
The enthalpy and mixture fraction are strongly correlated.
This paper describes a method of extending the mixture fraction concept to address two-step chemistry.
The mixture fraction is decomposed into components representing the states of the two-step chemistry.
Thus, both Bayes B and Bayes C are mixture models that assume a mixture of two distributions for the SNP effects, with assumed mixture fraction π.
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