IMECH-IR  > 力学所知识产出(1956-2008)
Flow rate analyses and calibrations of kerosene cracking for supersonic combustion
Fan XJ(范学军); Yu G(俞刚); Li JG(李建国)
Source Publication41st AIAA/ASME/SAE/ASEE Joint Propulsion Conference and Exhibit
2005
Conference Name41st AIAA/ASME/SAE/ASEE Joint Propulsion Conference and Exhibit
Conference DateJuly 10, 2005 - July 13, 2005
Conference PlaceTucson, AZ, United states
AbstractMeasurements of kerosene conversion due to thermal cracking and mass flow rate through a sonic nozzle have been made under supercritical conditions. Based on the temperature dependency of mole fraction of gaseous products from kerosene cracking, a one-step cracking model has been proposed to correlate the kerosene conversion and the mass flow rate through a sonic nozzle. In this model, the cracked kerosene was described as a three-component ideal gas mixture (IGM) of unreacted kerosene, gaseous products after cooled to room temperature and residuals. The composition of unreacted kerosene and gaseous products were determined by a gas chromatography, while the approximate chemical formula of the residuals was derived from the average molecular weight of cracked kerosene mixture at high temperature. The mass flow rate of cracked kerosene was then calculated from ideal gas law for the three-component mixture. Agreement was obtained when comparing the calculated mass flow rate with the measurements. Kerosene residence time and the rate constant of conversion inside a heater were also discussed based on this global cracking model.
KeywordAverage Molecular Weight Chemical Formulae Cracking Model Gaseous Products High Temperature Ideal Gas Law Ideal Gas Mixtures Mass Flow Rate Mole Fraction Residence Time Room Temperature Sonic Nozzle Supercritical Condition Supersonic Combustion Temperature Dependencies Thermal Cracking Three-component
Indexed ByEI
Language英语
Document Type会议论文
Identifierhttp://dspace.imech.ac.cn/handle/311007/60285
Collection力学所知识产出(1956-2008)
Recommended Citation
GB/T 7714
Fan XJ,Yu G,Li JG. Flow rate analyses and calibrations of kerosene cracking for supersonic combustion[C],2005.
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