Explosive hypervelocity launchers
Two stage explosively driven light gas gun to obtain high projectile velocities
Moore, E. T., Jr.↗
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Results for “EXPLOSIVE”
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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Gasdynamics of explosions and its relevance to propulsion
Gas dynamics of explosions for rocket propulsion applications
Oppenheim, A. K.↗
Electrical explosion of wire in air and in a vacuum
Electrical explosion of copper wire in air and in vacuum
Chekalin, E. K.↗
Supernovae explosions induced by pair production instability
Supernovae explosions induced by electron-positron pair production instability
Fraley, G. S.↗
Target pressure and damage data from impacts by explosively propelled projectiles
Target pressure and damage data from impacts by explosively propelled aluminum projectile
Clough, N.↗
A large containment capsule for nuclear reactor irradiation of explosive materials
Large containment capsule for nuclear reactor irradiation of explosive materials
Avrami, L.↗
Comparison of Nuclear and Explosive Destruct Concepts for Nuclear Rocket Engines
Nuclear and explosive destruct concepts for nuclear rocket engines
De Agazio, A. W.↗
Rapid neutron capture in supernova explosions.
Nucleosynthesis by neutron capture on fast time scale in supernova explosion models for dynamics of highly evolved massive star cores
Arnett, W. D.↗
Explosive high-speed shutter.
Explosive high speed spectrographic shutter noting opening, closing, triggering and delay times
Nims, D. J.↗
Liquid-propellant explosions.
Hazard limits for liquid propellant explosions based on TNT values for propagation of shock wave, fireball and fragments
Fletcher, R. F.↗
Explosions in Condensed-Phase Nitric Oxide
Explosions in condensed phase nitric oxide at temperatures near boiling point, analyzing propagation of brisant detonation relation to pressure
Miller, R. O.↗
Explosive bonding of metal-matrix composites
Explosive bonding process produces sheet composites of aluminum alloy reinforced by high-strength stainless steel wires. The bonds are excellent metallurgically, no external heat is required, various metals can be bonded, and the process is inexpensive.
Reece, O. Y.↗
Explosion craters on the earth and moon
Structural parameters of explosion craters on moon and earth
Fielder, G.↗
Characteristics of liquid rocket propellant explosion phenomena
Mathematical model used to predict explosive yield of liquid rocket propellant failure
Farber, E. A.↗
Some liquid oxygen/liquid hydrogen explosive effects in controlled failure-mode tests
Explosive hazard evaluation of liquid oxygen liquid hydrogen propellants
High, R. W.↗
Statistical Analysis of Project Pyro Liquid Propellant Explosion Data
Statistical regression analysis of Project Pyro cryogenic propellant explosion test data
Andersen, G. R.↗
Characteristics of liquid propellant explosions.
Characteristics of liquid propellant explosions, analyzing detonation, shock wave formation and deflagration
Fletcher, R. F.↗
A systematic approach for the analytical analysis and prediction of the yield from liquid propellant explosions.
Yield and combustion physics of liquid propellant explosions determined from analytic charts
Deese, J. H.↗