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.↗
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Results for “EXPLOSION”
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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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.↗
Laboratory simulation of impact cratering with high explosives
Laboratory simulation of impact cratering with high explosives
Oberbeck, V. R.↗
Hermetically sealed explosive release mechanism Patent
Hermetically sealed explosive release mechanism for actuator device
Lee, D. A.↗
Explosive oxidations initiated by simulated meteoroid penetration into spacecraft atmospheres
Explosive oxidation hazard in simulated meteoroid S-4B impact penetration into spacecraft atmosphere
Carden, W. H.↗
Mechanical properties and LOX compatibility of stainless steel-clad titanium prepared by explosive welding and vacuum deposition Final report
Tensile and fatigue properties and liquid oxygen compatibility of bilaminate stainless steel-clad titanium prepared by vacuum deposition and explosive welding
Meiners, K. E.↗
Use of nuclear explosions for the study of radiation damage processes
High intensity neutron irradiation effects on physical properties of solids determined by underground nuclear explosions
Carter, R. L.↗
Development of explosive welding techniques for fabrication of regeneratively cooled thrust chambers for large rocket engine requirements Final report, 28 Jun. 1967 - 15 Sep. 1970
Explosive welding techniques in fabricating regeneratively cooled thrust chambers for large rocket engine requirements including ultrasonic inspection, metallography, and burst testing
Laber, D.↗
Explosive hypervelocity drag accelerator
Accelerator for launching hypervelocity projectile by drag force of jet produced by gaseous explosive products
Gross, M. B.↗
Effects of the atmospheric-lithostatic pres sure ratio on explosive craters in dry soil
Atmospheric-lithostatic pressure ratio effects on explosive crater dimensions in dry soil
Herr, R. W.↗
Development and production of explosively bonded 316SS/tantalum tubing
Explosively bonded 316SS/tantalum tubing for SNAP 8 boiler
Neitsch, C. G.↗
Comparison of the substructures and properties of nickel, TD-Ni, Chromel-A, Inconel 600, and TD-NiCr following explosive-shock deformation
Substructures and properties of Ni, Chromel A, Inconel 600 and TD-NiCr following explosive shock load deformation, using electron microscope
Foltz, J. V.↗
Analysis and performance of an explosively driven shock tube
Shock tubes with linear explosive driver for helium and air, determining performance by high speed camera measurements
Gill, S. P.↗
Instrumentation for measuring flow properties in an explosively driven shock tube
Flow and radiative properties of air in high explosive shock tube
Borucki, W. J.↗
Explosive nucleosynthesis in the galaxy
Explosive nucleosynthesis in Galaxy, discussing carbon detonation, uniform density models, supernova rates and massive stars
Delano, M. D.↗
Dynamics of an explosive reaction center
Gas dynamic effects of reaction center in explosive gas mixture, using model and numerical computation
Oppenheim, A. K.↗