Abstract
Dangerous accumulation of electrostatic charge can occur in jet fuel during transportation, storage, filling and usage, which easily causes fires, ignites the explosive atmosphere, and more importantly, pose threat to flight safety. However, the charge dissipation ability and conductivity attenuation of current jet fuel in real time during storage and transportation has not been as thoroughly probed up to now. The present work concentrates on the effects of environment factors during storage on the electrical conductivity of jet fuel. The law of variation for fuel conductivity and the effect mechanism of influencing factors on the fuel conductivity are discussed deeply, which provides theoretical basis for the safety use of jet fuel. More importantly, the variation of fuel conductivity in transit is also studied through simulating the transportation conditions. This work may offer reasonable approaches to storing, transferring and handling the jet fuel in security.
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