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Abstract
Data are given on the formation of NO and NO∞. in the forward stagnation region of flames surrounding burning cylinders simulating the droplet combustion of n-heptane and ethanol. Temperature profiles are also given and it was found that the maximum yields of NO and NO∞ were situated towards the lean side of the maximum flame temperature. In addition HCN concentrations have been measured. It has been shown that considerable NO is formed near the liquid surface by a prompt-NO mechanism. The addition of fuel-nitrogen in the form of pyridine enhanced the level of NO but did not increase the amount of HCN formed
Measurements of NO in the spray combustion of gas oil and gas oil doped with pyridine and quinoline were made. With the low levels of additives used it was observed that 100% conversions of the nitrogen compound to NO were obtained.