Laboratory simulation of impact cratering with high explosives
Laboratory simulation of impact cratering with high explosives
Oberbeck, V. R.↗
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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.↗
Explosive nucleosynthesis and the composition of metal-poor stars
Stellar initial metal content effect on nuclear abundance distributions synthesized under explosive carbon, oxygen and silicon burning conditions
Arnett, W. D.↗
Laboratory simulation of impact cratering with high explosives
Impact and explosive craters production in same target material under controlled laboratory conditions, determining depth of burst simulating impingement
Oberbeck, V. R.↗
On the shock-induced ignition of explosive gases
Shock induced ignition in explosive homogeneous hydrogen-oxygen gaseous mixtures
Meyer, J. W.↗
Fossil Stroemgren spheres from supernova explosions
H II region formation from type II supernovae explosion, detecting with fluorescence model
Kafatos, M. C.↗