Radiation hazard from backflow of fission fragments from the plume of a gas-core nuclear rocket
Radiation hazard from backflow of fission fragments from plume of gas-core nuclear rocket
Masser, C. C.↗
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Results for “Plumes”
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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Scaling parameters for the simulation of highly expanded rocket exhaust plumes and the resultant impingement forces on an immersed body
Scaling parameters for simulating highly expanded rocket exhaust plumes and resultant impingement forces on immersed bodies
Stephens, J. T.↗
Research facilities for the measurement of the MA-3 Atlas vernier engine plume properties
Research facilities for MA-3 Atlas vernier engine plume property measurement
Farmer, R. C.↗
An evaluation of rocket plume impingement effects on the Manned Orbital Workshop
High altitude scale model experiment to evaluate rocket plume impingement effects on Manned Orbital Workshop pressures, heating rates, forces and moments
Andrews, D.↗
Effects of oblique shock waves in the near field of rocket plumes
Rocket nozzle originated oblique shock waves effect on near-field plume inpingement flows, heat transfer and pressure distribution
Lacinski, T. M.↗
The Mach disc in underexpanded exhaust plumes
Mach disk in underexpanded exhaust plume predicted by dividing flow field into subregions
Abbett, M.↗
Back flow from jet plumes in vacuum
Particle density of jet plumes exhausting in vacuum calculated for He, Ar and N
Grier, N. T.↗
Condensation in carbon dioxide jet plumes
Carbon dioxide jet plumes condensation on model nozzle in vacuum chamber, noting particle size and growth rate
Beylich, A. E.↗
Exhaust plume convective heat transfer measurements from a space firing of the ATS rocket motor
ATS-C satellite rocket exhaust plume convective heating measurements of VHF whip antennas, discussing nozzle flow and heating rate
Fehr, R. W.↗
Analysis of liquid rocket propellant engine exhaust plumes
Liquid rocket propellant engine exhaust plume flow field, discussing mathematical models for combustion chamber, throat region and nozzle
Greenwood, T.↗
An optical system for the measurement of the density and rotational temperature in a gaseous plume
Optical system measurement of density and rotational temperature in gaseous plume simulating auxiliary propulsion and oxygen hydrogen burner of S-4B
Young, J. F.↗
Crew radiation dose from a gas-core nuclear rocket plume
Crew radiation dosage from fission fragments in plume from gas core nuclear rocket
Masser, C. C.↗
Application of moderate resolution band models to the prediction of heat transfer from rocket exhaust plumes
Computer program for resolution band model prediction of heat transfer from rocket exhaust plumes
Mc Kay, G. B.↗
Space shuttle vehicle rocket plume impingement study for separation analysis Final report
Space shuttle vehicle rocket plume impingement study for separation analyses
Penny, M. M.↗
Plume impingement during separation of a two stage space shuttle vehicle
Optimum separation trajectory analysis for two stage space shuttle configuration considering plume impingement effect
Fossler, I.↗
Crew radiation dose from the plume of a high impulse gas-core nuclear rocket during a Mars mission
Crew radiation dose from plume of high impulse gas-core nuclear rocket during Mars mission
Masser, C. C.↗
Analysis of liquid rocket engine exhaust plumes
Liquid rocket propellant engine exhaust plume flow field, discussing mathematical models for combustion chamber, throat region and nozzle
Greenwood, T.↗
Mach disk in underexpanded exhaust plumes
Mach disk in underexpanded exhaust plume predicted by dividing flow field into subregions
Abbett, M.↗