Characteristics of liquid rocket propellant explosion phenomena
Mathematical model used to predict explosive yield of liquid rocket propellant failure
Farber, E. A.↗
SEARCH · Search NASA
Results for “EXPLOSIONS”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
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.↗
Design of a large explosive containment capsule for nuclear reactor irradiation.
Explosive containment capsule for nuclear reactor irradiation
Avrami, L.↗
Dynamics of an explosive hot spot.
Gas dynamics effects of hot spot in explosive gas mixture using kinetic rate equations, discussing composition, enthalpy and time dependence
Oppenheim, A. K.↗
Nucleosynthesis in supernova explosions.
Nucleosynthesis in dynamics of massive star cores, noting element synthesis by neutron capture in supernova explosions
Arnett, W. D.↗
Pulsars and ancient Chinese records of supernova explosions.
Pulsars and ancient chinese records of supernova explosions, relating luminous intensities, radio sources and evolution
Shen, C. S.↗
Capsule for irradiation of explosives.
Aluminum capsule used in test reactor to irradiate explosive and propellant samples, determining radiation effects
Voreck, W. E.↗
Explosive bonding of metal matrix composites.
Tensile data and photomicrographs of explosively bonded metal matrix composites interfaces
Reece, O. Y.↗
An explosion-proof battery case
Battery case, equipped with relief valve, connector, and two covers, separates the explosive mixture from all potential spark sources. Bottom ends of vent tubes are cemented into cell vents and upper ends fit through the gas barrier cover. This arrangement isolates generated gases from the electric power.
Keathley, W. H.↗
Progressive shock metamorphism of quartzite ejecta from the SEDAN nuclear explosion crater
Progressive shock metamorphism of quartzite ejecta from SEDAN nuclear explosion crater
Short, N. M.↗
Sensitivity of explosives to laser energy
Initiating explosives with pulsed ruby lasers
Menichelli, V. J.↗
Warning time required by the Apollo spacecraft to successfully abort in the event of a launch vehicle explosion
Warning time required by Apollo spacecraft to successfully abort in event of launch vehicle explosion
Teixeira, C.↗
A guide for the application of the Bruceton method to electro-explosive devices
Response prediction method for electro-explosive devices in Apollo subsystems
Speed, F. M.↗
Thermal decomposition and explosion of ammonium perchlorate and ammonium perchlorate propellant up to fifty kilobars
Ammonium perchlorate and ammonium perchlorate solid propellant thermal decomposition and explosion at pressures up to 50 kilobars
Voelkl, H. R.↗