Apparatus for detecting the amount of material in a resonant cavity container Patent
Quantitative liquid measurements in container by resonant frequencies
Miller, J. C.↗
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Results for “containers”
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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High speed impact tests of a model nuclear reactor containment system
Impact tests on model nuclear reactor containment system with models weighing 350 lb to 1305 lb and impact velocities varying from 241 to 580 ft/sec
Puthoff, R. L.↗
Experiments on the containment of simulated fuel in unheated and heated vortexes
Simulated-fuel containment characteristics in heated and unheated vortex flows for nuclear light bulb engines
Arthur E. Mensing↗
Experimental study of the effect of inlet conditions on the flow and containment characteristics of coaxial flows
Effect of inlet conditions on flow and containment characteristics of coaxial flows for gas core nuclear rockets
Johnson, B. V.↗
Self-confined rotating flows for containment
Axisymmetric flows with regions of closed streamlines confined by rotational inertia or electromagnetic pinch, for containment for gas core reactors
Leibovich, S.↗
Effect of buoyancy on fuel containment in an open-cycle gas-core nuclear rocket engine
Effect of buoyancy on fuel containment in open-cycle gas-core nuclear rocket engine
Putre, H. A.↗
A 200-pound diborane shipping container: Design and performance
Design and storage tests of 200 lb diborane shipping container including storage time, volumetric loading, and pressure-temperature limitations
Source record↗
Evaluation of SNAP-8 bare refractory double containment boiler no. 2 after 8700 hours of operation
SNAP 8 double containment boiler evaluation for metallurgical defects
Bleil, H. E.↗
Design review of the Bare Refractory Double-Containment (BRDC) boiler number 5 for PCS, SNAP-8
Bare refractory double containment boiler for SNAP 8 power conversion system utilizing mercury, tantalum, zirconium, and type 300 stainless steel materials
Chalpin, E. S.↗
Development of a portable direct reading spectrometer to monitor oxygen-hydrogen containing contaminants in gas tungsten-arc process shields
Portable direct reading spectrometer for monitoring oxygen-hydrogen containing contaminants in gas tungsten arc welding process
Gordon, E. S.↗
Transient pressure rise of a liquid-vapor system in a closed container under variable gravity
Liquid-vapor system in closed container, investigating transient pressure rise under heat and mass transfer interactions including incipient and nucleate boiling
Clark, J. A.↗
Room temperature stability and performance of lithium-containing solar cells - An evaluation
Lithium-containing p-n solar cells photovoltaic performance and stability tests at room temperature
Corra, J. P.↗
Integrated parametric amplifier module with self-contained solid-state pump source
Integrated S band microstrip parametric amplifier modules with self contained Gunn effect pump oscillator for space flight applications
Allen, C. M.↗
Tantalum as a mercury containment material in mercury Rankine-cycle system boilers
Unalloyed tantalum as containment material in mercury Rankine cycle SNAP 8 system boiler for 5 year service life
Derow, H.↗
High speed impact tests of a model nuclear reactor containment system
Reactor-shield-containment system models under impact tests, noting cracks, leaks and deformations
Puthoff, R. L.↗
The thermodynamics of ternary solid solutions containing both substitutional and interstitial solute atoms
Partial configurational thermodynamic functions of interstitial species in ternary solid solutions containing substitutional and interstitial solute atoms
Alex, K.↗
Radioactive rare gases and tritium in lunar rocks and in the sample return container
Radioactive rare gases and tritium in Apollo 12 lunar rocks and in sample return container, noting relationship to solar flare event
Davis, R., Jr.↗
A preliminary study of containment concepts for aircraft landing on elevated STOL-ports
A preliminary study of containment systems for aircraft landing on elevated STOL-ports was conducted as part of an overall study of human acceptance problems associated with STOL operations. The study included a survey and feasibility study of different concepts and a computer analysis of four arrestment systems. The principal conclusion was that a system referred to as the FAA system appears to offer the greatest promise. In this system, standard arresting gear cables are stretched across the roof-top, at roughly 100-foot intervals, but are shielded over the 100-foot-wide primary landing strip. Thus a pilot can land with an arresting hook down, but will not contact the cable unless he swerves off the landing strip, either because he has made a bad landing, or because his landing gear has failed. It was also noted that a suitable curb or guard rail should be developed. Presently available arresting gears and nylon net barriers were considered satisfactory for the overshoot problem.
Haviland, J. K.↗