Fundamental ignition study for material fire safety improvement Quarterly report, 1 Jan. - 31 Mar. 1970
Ignition potential of polymeric materials related to pyrolysis characteristics of material and atmospheric factors
Paciorek, K. L.↗
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Results for “Ignition”
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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Rate constants from ignition studies of the H2-CO-O2 system
Rate constant determination for ignition of hydrogen carbon monoxide oxygen system
Belles, F. E.↗
Apparatus for igniting solid propellants Patent
Solid propellant ignition with hypergolic fluid injected to predetermined portions of propellant
Allen, H., Jr.↗
Computer modeling of rocket engine ignition transients Final report
Computer modeling of rocket engine ignition transients
Breen, B. P.↗
Ignition system for monopropellant combustion devices Patent
Ignition system for monopropellant combustion devices
Chilenski, J. J.↗
Ignition means for monopropellant Patent
Catalyst bed ignition system for hydrazine propellants
Evans, D. D.↗
Vacuum Ignition Characteristics of Oxygen Difluoride/diborane and Flox/diborane Final Report, 15 Jan. - 14 Dec. 1969
Vacuum ignition characteristics of oxygen difluoride diborane and FLOX diborane
Seamans, T. F.↗
Recent research on fuel injection and mixing and piloted-ignition for scramjet combustors
Fuel injection and mixing and piloted ignition in supersonic flow design principles for scramjet engine, evaluating eddy viscosity model for parallel injection
Henry, J. R.↗
Ignition of metals with ClF sub 3 and ClF sub 5 for use as spacecraft chemical heaters
Chemical heat source combined with metals ignition properties considered for spacecraft heating during Mars nighttime landing
Rhein, R. A.↗
A resonance igniter for hydrogen-oxygen combustors
Resonance ignition technique for gaseous oxygen and hydrogen rocket propellants
Conrad, E. W.↗
Characteristics of solid propellant motor aft- end ignition
Aft-end igniter design and placement for solid propellant rocket motors avoiding overpressurization and nozzle pressure oscillations
Fitch, R. E.↗
Dynamics of arc ignition and cathode spot movement of thermionically emitting cathode surfaces
Arc ignition and cathode spot movement dynamics of thermionically emitting cathode surfaces in heat feedback plasma
Cheng, D. Y.↗
Ignition system for space shuttle auxiliary propulsion system Quarterly technical progress narrative, 29 Jun. - 27 Sep. 1970
Design of spark and plasma pulse igniters for space shuttle propulsion system
Rosenberg, S. D.↗
Method of igniting solid propellants Patent
Method for igniting solid propellant rocket motors by injecting hypergolic fluids
Allen, H., Jr.↗
Review of factors affecting ignition of metals in high pressure oxygen systems
Factors affecting ignition of metals in high pressure oxygen systems
Kimzey, J. H.↗
Solid rocket motor igniters. NASA space vehicle design criteria, chemical propulsion
Design approach for solid propellant rocket igniters
Source record↗
The investigation of flame spreading over the surface of igniting solid propellants Final summary report
Flame spreading over surface of igniting solid propellants in different gas mixtures at various pressures
Magee, R. S.↗
Flame spreading over the surface of igniting solid rocket propellants and propellant ingredients, part 4
Flame spreading over surface of igniting solid rocket propellants at different pressures, and oxygen-nitrogen mixtures
Horowitz, F. A.↗