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- W2053561630 abstract "A combustion chamber is modelled in terms of a flow configuration of stirred and plug flow reactor elements, each corresponding functionally to a specific part of the physical chamber. The flow configuration is identified from experimental stimulus response results obtained under operating conditions. Spray combustion in each reactor element of the flow configuration is predicted using a model for the evaporation of a polysize spray followed by homogeneous pyrolysis and a 22 step kinetic reaction mechanism. The method was used to predict the trends in nitric oxide emission and formation in a 100 kW high intensity combustion chamber burning gas oil and the factors which determine these trends were identified. It can be concluded that for the chamber, a plug flow reactor element at the exit plays a very useful part in completing the reaction but need not drastically increase the level of NO emissions, provided NO formation is kept low in the initial part of the chamber. This can be achieved by providing a lean mixture there and keeping the temperature low even if combustion is fuel rich on an overall basis. It is noted that in practice, this principle is applied in two stage combustion systems. Further work linking physical design parameters with the desirable characteristics obtained in this work is necessary before such systems can be optimised." @default.
- W2053561630 created "2016-06-24" @default.
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- W2053561630 date "1977-01-01" @default.
- W2053561630 modified "2023-09-27" @default.
- W2053561630 title "The modelling of a high intensity spray combustion chamber" @default.
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- W2053561630 doi "https://doi.org/10.1016/s0082-0784(77)80355-x" @default.
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