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.↗
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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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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.↗
Explosives and the lunar environment
Conventional and nuclear explosive applications in lunar exploration
Cox, R. M., Jr.↗
Shock deformation of Inconel 600 alloy - Effect of fine coherent precipitates on explosive-shock hardening
Coherent precipitates effect on explosive shock hardening of pure nickel and Inconel alloy sandwich assemblies determined from simultaneous shock loading at specific pressures
Foltz, J. V.↗
Residual structure and mechanical properties of alpha brass and stainless steel following deformation by cold rolling and explosive shock loading
Mechanical responses and residual defect structures in brass and stainless steel following explosive shock loading and cold reduction by rolling
Grace, F. I.↗
Thermodynamic computations for the gasdynamic analysis of explosion phenomena
Gas dynamics analysis of explosion phenomena based on unsteady flow fields and thermodynamic properties of chemically reacting substance
Oppenheim, A. K.↗
Shock and thermal metamorphism of basalt by nuclear explosion, Nevada test site
Shock and thermal metamorphism of olivine trachybasalt by nuclear explosion at Nevada test site
James, O. B.↗
Dynamics of an explosive reaction center
Gas dynamic effects of reaction center in explosive gas mixture analyzed by model and numerical computation
Oppenheim, A. K.↗
Assessment of the explosive hazards of large solid rocket motors
Solid rocket motors potential hazards explosive reactions and temperature and blast effects
Dale, C. B.↗
Explosive seismic sources for the moon
Vacuum effect on explosive coupling seismic energy considered in lunar geophysical experiment
Ahrens, T. J.↗
Nonmagnetic, explosive-actuated indexing device
Nonmagnetic explosive actuated indexing device permitting precise 180 deg rotation of magnetometer sensor on Pioneer 6 spacecraft
Bauernschub, J. P., Jr.↗
Explosively actuated /pyromechanical/ devices for spacecraft applications
Explosively actuated /pyromechanical/, devices for spacecraft, discussing guidelines for design, testing, application and cost efficiency
Benedict, A. G.↗
Ames' high-explosive shock-tube facility
Shock tube facility with high explosive driver for reentry flow conditions simulation of manned planetary flights
Berggren, R. E.↗
Explosive bonded TZM-wire-reinforced C129Y columbium composites
Technique consists of positioning layers of TZM metal filaments between thin C129Y columbium sheets and joining multiple sheet stacks by single explosive joining operation. Metallurgical bonds are excellent, external heat is not required, process is relatively inexpensive, and resulting composites are considerably stronger than base alloy.
Reece, O. Y.↗