RESULTS OF THEORETICAL ROCKET-MOTOR-PERFORMANCE CALCULATIONS FOR LIQUID-PROPELLANT SYSTEMS
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Transient pressure measurements in rocket thrust chambers used in propulsion systems research
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Computer program uses Bernoullis formula and Newton-Raphson method to provide steady state fluid flow analysis of line pressure drop in a system with six outlets for each of two main storage tanks. Program flexibility arises in the ease with which changes in the fluid line geometry can be made.
Venting system for use with cryogenic propellants to control tank pressure during zero-gravity coast
Reactivity and expansion characteristics of Aerozine-50 and nitrogen tetroxide from vacuum chamber tests
Operating characteristics and design aspects of injector, combustion chamber, and exhaust nozzle for bipropellant rockets
Pulsed ruby laser holograms of hypergolic rocket propellants combustion processes
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Ignition mechanism of hydrazine-nitrogen dioxide hypergolic propellant system
Statistical regression analysis of Project Pyro cryogenic propellant explosion test data
Theoretical analysis of ignition mechanisms and quantitative analysis of vapor phase reaction products of dimethylhydrazines with nitrogen dioxide
Computer program contains mathematical model which provides relationship between engine gas dynamics and combustion processes. Mathematically simulated explosions initiate gas disturbances. Design methods for damping disturbances can be studied to prevent future engine shutdown or destruction.
Effects of radiation on stability and compatibility of hydrazine and hydrazine-24 percent hydrazine nitrate in stainless steel and titanium alloy containers with O ring seals
Evaluation of metallic and nonmetallic construction material performance and reliability after long storage in OF2 and B2H6