Destruct tests on scale model saturn i booster
Destructive testing of scale model saturn i launch vehicle
DESTRUCTIVE TESTING↗
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Tunnel mounted auto destruct module Scout vehicle
Tunnel mounted, automatic, electronic destruction module for Scout launch vehicle first and second stages
SCOUT LAUNCH VEHICLE↗
Analysis of debris from APG-3, the simulated destruct system test of a full-scale Rover/NERVA reactor
Analysis of debris from simulated destruction system test of full scale Rover/NERVA reactor
RADIOACTIVE DEBRIS↗
Additive Manufacturing (AM) Activities and Non-Destructive Evaluation (NDE) at GSFC
NASA personnel will be meeting with a delegation from the Japan Aerospace Exploration Agency (JAXA) Office of Safety and Mission Assurance (OSMA) at Langley Research Center on 2217 through 3217. The purpose of the meeting is a technical interchange between NASA and JAXA to discuss Non-Destructive Evaluation (NDE) of Additive Manufacturing (AM) parts and the HALT process (relates to accelerated life testing). The visitors will be a small group of Japanese citizens. Goddard Space Flight Center (GSFC) has been asked to participate in the meeting, either in person or via teleconference. This presentation covers NDE efforts at GSFC and provides a cursory overview of AM and lab capabilities.
additive manufacturing↗
Study made of destructive sectioning of complex structures for examination
Advances in destructive sectioning of very small or complex structures are discussed. Examination is made by filling the structure in a vacuum with a low viscosity potting compound and then cutting without danger of spatial disorientation.
Riley, T.↗
Fabrication and delivery of non-destructive read out memory buffers using laminated layer technique First quarterly progress report
Metallic magnetic alloy foil preparation for development of non-destructive readout buffer memory planes using laminated layer technique
READOUT↗
Spontaneous spike discharges from single units in the cochlear nucleus after destruction of the cochlea.
Spontaneous discharges from single units in cochlear nucleus after destruction of cochlea, noting results of animal study
PHYSIOLOGICAL RESPONSE↗
Comparison of Nuclear and Explosive Destruct Concepts for Nuclear Rocket Engines
Nuclear and explosive destruct concepts for nuclear rocket engines
De Agazio, A. W.↗
An experimental description of destructive liquid rocket resonant combustion.
Rotating detonation-like wave concept explains phenomenon during destructive liquid rocket resonant combustion mode
Clayton, R. M.↗
The role of electron impact in the destruction of carbon monoxide molecules on the sun
Electron impact effect on solar C0 molecule destruction
Sarychev, A. P.↗
Destructive breakdown in thin films of SiO, MgF sub 2, CaF sub 2, CeF sub 3, CeO sub 2, and Teflon.
Prebreakdown and breakdown electrical properties and light emission during destructive breakdown in thin film capacitors
Budenstein, P. P.↗
Free radical destruction by gamma-irradiation at 77 K.
Free radicals destruction rates by gamma irradiation at 77 K measured as first order function of dosage, using electron spin resonance spectroscopy
Horan, P. K.↗
Mariner Mars 1971 spacecraft destruct unit
Shaped charge destruct unit for Mariner Mars 1971 spacecraft
Davis, D. P.↗
Specific destruction of the O2 evolving reactions and the photorestoration of O2 evolution Quarterly status report, 6 Apr. - 21 Jul. 1970
Irreversible destruction of O2 evolving reactions and photorestoration of O2 evolution
Source record↗
Apollo range safety destruct time delay, Saturn 1B and Saturn 5
Safe destruct time and range safety time delay for Saturn 1B and Saturn 5 from pad to 40,000 feet
Teixeira, C.↗
Response of Scout destruct charges to high heat fluxes
Scout missile destruct charge system premature operational response to high temperature environment caused by combustion gas leak during stage separation
Bottorff, J. A.↗
Free radical destruction by gamma-irradiation at 77 deg K
Free radical destruction by gamma irradiation in organic solids at low temperature measured by electron spin resonance spectroscopy, noting dosage relationship
Horan, P. K.↗
Destruction of dirty ice mantles by sputtering
Dirty ice mantles are destroyed efficiently by sputtering of He atoms when clouds encounter shock velocities greater than 13-15 km/sec. Destruction due to grain-grain collisions is found to be about .001 times less efficient. Sputtering in the hot intercloud medium should make intercloud grains smaller than cloud grains.
Aannestad, P. A.↗