Journal of Propulsion and Power · 1998 · 69 citations · 39 references
Space VehicleChemical PropulsionEngineeringAlternative FuelAerospace EngineeringSpace VehiclesPropellant TechnologiesRocket EngineGelled PropellantsIn-space Propulsion SystemsAerospace Propulsion SystemsPropulsionTechnologyRocket PropellantAdvanced Propellant TechnologiesAerospace PropulsionSpace MissionsThermal Propulsion
Rocket propellant and propulsion technology improvements can be used to reduce the development time and operational costs of new space-vehicle programs. Advanced propellant technologies can make the space vehicles safer, more operable, and better performing. Five technology areas are described: monopropellants, alternative hydrocarbons, gelled hydrogen, metalized gelled propellants, and high-energy density materials. The benee ts of these propellants for future vehicles are outlined using mission study results and the technologies are briee y discussed.
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Journal of the British interplanetary society
Carl Sagan · Icarus · 1975 · 1.3K citations
Space Sciences, British Interplanetary Society, Space Policy +1
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Endothermic fuels for hypersonic vehicles
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Philip E. Eaton, Yat Sun Or, Stephen J. Branca · Journal of the American Chemical Society · 1981 · 151 citations