| Citation: | WANG Yue, LIU Yi, GAO Jingcheng, et al. Closed cup flash point determination of RP-3 aviation fuel under inerting gas conditions[J]. Journal of Aerospace Power, 2025, 40（9）：20230186 doi: 10.13224/j.cnki.jasp.20230186
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As a safety measure of fuel, flash point can provide necessary information for preventing mixed vapors from entering combustible areas and igniting. Based on the standard GB/T 261-2008 “Determination of Flash Point Binsky-Martin Closed Cup Method”, an experimental device was built to determine the closed cup flash point of RP-3 fuel under the inert gas environment, and two different inert gases, N2 and CO2, were selected. The effects of the mole fraction of 5%—20% N2 and 5%—20% CO2 on the flash point of RP-3 fuel were measured, and the reliability of the experimental data was verified by comparing with existing literature data. The results indicated that with the increase of mole fraction of N2 and CO2, the flash point rose. At the same time, the effect of CO2 to inhibit combustion was significantly higher than that of N2, which was similar to the trend of Jet A kerosene being influenced by two inert gases in the literature. Therefore, the inerting gas mole fraction scheme can be chosen according to the actual needs in inerting applications.
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