1979
DOI: 10.1016/s0082-0784(79)80048-x
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NOx formation in monodisperse fuel spray combustion

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Cited by 3 publications
(7 citation statements)
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“…Experimental results show that NO, formation is influenced by the equivalence ratio, fiiel feed rate, the distribution of dispersion in diluted air, but the fiiel droplet diameter had the most significant effect on the change in NO, released [160]. In premixed or diffusion hydrocarbon flames, the main mechanisms of Low NO, emissions were also achieved by a non-premixed, direct fnel-injection burner, eqnipped with a unique double swirler for gas turbine combustors [35].…”
Section: Impact Of No Emissions On Burner Technologymentioning
confidence: 97%
“…Experimental results show that NO, formation is influenced by the equivalence ratio, fiiel feed rate, the distribution of dispersion in diluted air, but the fiiel droplet diameter had the most significant effect on the change in NO, released [160]. In premixed or diffusion hydrocarbon flames, the main mechanisms of Low NO, emissions were also achieved by a non-premixed, direct fnel-injection burner, eqnipped with a unique double swirler for gas turbine combustors [35].…”
Section: Impact Of No Emissions On Burner Technologymentioning
confidence: 97%
“…Under these conditions, the relative importance of heterogeneous and homogeneous effects in dominating the combustion process is switched and gives rise to a number of interesting and important effects. For example, maxima in burning velocities (Polymeropoulos and Das, 1975;Hayashi et al, 1976), extension of flammability limits (Burgoyne and Cohen, 1954), minima in ignition energies (Rao and Lefebvre, 1973;Ballal and Lefebvre, 1978;Chan and Polymeropoulos, 1981), and minima in pollutant emissions (Nizami andCernansky, 1978, 1979;Nizami et al, 1982) have all been observed and reported. These transition region effects have been reviewed and discussed by Nisami et al (1982).…”
Section: Introductionmentioning
confidence: 96%
“…At an equivalence ratio, of 1.39, a 61% reduction in NO x and a 87.5% reduction in NO were observed from the maximum values recorded in the two respective modes. These studies were extended later to include five additional hydrocarbon fuels with similar results (Nizami, 1978;Nizami et al, 1982). Typically, NO x reductions at the optimum droplet diameter were in the range of 40-70 percent and the optimum droplet diameter occurred from 48-55 microns.…”
Section: Introductionmentioning
confidence: 97%
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