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Showing 1 to 6 of 6 for “"JP-5"”.
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Ignition delay study of next generation alternative jet fuels in a rapid compression machine
… A-2), the nominal commercial aviation fuel, JP-8(Jet A-1) and JP-5(Jet A-3), both of which are conventional military jet fuels. Fuels in category C are the surrogate fuels with specific targeted physical properties, or chemical composition. They are either produced from bio feedstock, or …
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Nuclear tanker producing liquid fuels from air and water
… tanker ship must supply 6,400 BBL/Day of fuel (JP-5) to accommodate the highest anticipated demand of a carrier strike group (CSG). Previous investigation suggested implementing shipboard a liquid fuel production system using commercially mature processes such as alkaline electrolysis, …
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Investigation of alternative jet fuels in gas turbine combustion systems using x-ray radiography
… properties, and C-3 Fuel, which is a blend of JP-5 and farnesane (64% to 36% by volume), which is specifically formulated to be a high-viscosity jet fuel. The fuels are tested over a range of fuel flow rates and inlet air preheat temperatures to establish the effect of various combustor …
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THERMODYNAMIC AND TRANSPORT PROPERTIES OF AVIATION TURBINE FUEL: PREDICTIVE APPROACHES USING ENTROPY SCALING GUIDED MACHINE LEARNING WITH EXPERIMENTAL VALIDATION
… viscosity at a single temperature (54 F-24, 26 JP-8, 11 Jet A, 5 Jet A-1), and four samples (3 JP-5 and 1 F-24) which underwent compositional and temperature dependent property testing. The novel modeling approaches to predict viscosity and thermal conductivity of jet fuels employed pseudo …
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Autoignition and combustion chemistry of kerosene type fuels and components
… all conventional aviation fuels studied (Jet-A, JP-5, and JP-8) at low temperatures was noted. The petroleum based aviation fuels clearly exhibit longer ignition delays than most alternative fuels. The shorter ignition delays and corresponding enhanced reactivity of the alternative fuels is …
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Impact of alternative jet fuels on gas turbine combustion systems
… viscosity fuel, and a blend of 64% by volume JP-5 and 36% by volume farnesane, which represents a high viscosity fuel. The two fuels are tested at three flow rates and two air inlet preheat temperatures. The high viscosity fuel is qualitatively observed to have markedly longer ligaments and …