1973Unpublished venueRequires access

Ramjet Fuel Studies. Part 2. Aluminum, Boron, and Boron Carbide.

G. W. Burdette, James T. Bryant

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Abstract

Abstract : Stable suspensions of aluminum and boron carbide in various hydrocarbons have been prepared for use as ramjet fuels. Many chemical and physical properties of these suspensions related to Navy storable propellant criteria were measured. Total burning times for concentrated dust flames of carbon, boron, boron carbide, and aluminum at atmospheric pressure are examined and compared. The implications of these rates with respect to the combustion efficiencies of gelled fuels in ramjet missiles are discussed. (Author)

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Abstract : Stable suspensions of aluminum and boron carbide in various hydrocarbons have been prepared for use as ramjet fuels. Many chemical and physical properties of these suspensions related to Navy storable propellant criteria were measured. Total burning times for concentrated dust flames of carbon, boron, boron carbide, and aluminum at atmospheric pressure are examined and compared. The implications of these rates with respect to the combustion efficiencies of gelled fuels in ramjet missiles are discussed. (Author)

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Available abstract

Abstract : Stable suspensions of aluminum and boron carbide in various hydrocarbons have been prepared for use as ramjet fuels. Many chemical and physical properties of these suspensions related to Navy storable propellant criteria were measured. Total burning times for concentrated dust flames of carbon, boron, boron carbide, and aluminum at atmospheric pressure are examined and compared. The implications of these rates with respect to the combustion efficiencies of gelled fuels in ramjet missiles are discussed. (Author)

Key concepts: Boron carbide, Ramjet, Propellant, Combustion, Boron, Materials science, Carbide, Aluminium

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Ramjet Fuel Studies. Part 2. Aluminum, Boron, and Boron Carbide. — Research Paper | ScholarLens