The artificial radiation belt made on July 9, 1962.
Analysis of data obtained from satellites concerning artificial radiation belt formed by July 9, 1962 high-altitude nuclear explosion
RADIATION BELT↗
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Results for “MADe”
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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The specification of oscillator characteristics from measurements made in the frequency domain.
Cross correlation measurements of oscillator frequency stability and thermal noise and application to atomic hydrogen maser
OSCILLATOR↗
The beginnings of man-made life.
Synthesis of constituents of nucleic acid and protein molecule for artificial production of life
NUCLEIC ACID↗
Measurements of trapped electron intensities made by the Explorer XV satellite.
Spatial distribution of trapped particles measured by Explorer XV satellite, noting decay time constants and energies
TRAPPED PARTICLE↗
Direct observations of solar plasma streams at a distance of some 1,900,000 km from the earth, made on february 17, 1961, simultaneous observations of the geomagnetic field pryamyye nablyudeniya potokov solnechnoy plazmy na rasstoyanii poryadka 1 900
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Balandina, S. M.↗
Study made of explosive cutting in simulated space environments
Study indicates the feasibility of explosive cutting and establishes techniques applicable to in-space cutting operations. Results show no degradation of the explosive and that work hardening of the target material is limited to the cut edge.
Coleman, E. R.↗
Study made of corrosion resistance of stainless steel and nickel alloys in nuclear reactor superheaters
Experiments performed under conditions found in nuclear reactor superheaters determine the corrosion rate of stainless steel and nickel alloys used in them. Electropolishing was the primary surface treatment before the corrosion test. Corrosion is determined by weight loss of specimens after defilming.
Greenberg, S.↗
Study made of interaction between sound fields and structural vibrations
Study analyzes structural vibrations and the interactions between them and sound fields. It outlines a conceptual framework to analyze the vibrations of systems and their interactions, incorporating the results of earlier studies and establishing a unified basis for continuing research.
Lyon, R. H.↗
Study made of far infrared spectra of silicate minerals
Study of mineral in the far infrared region of the spectrum examines the problems and feasibility of remote sensing of the composition of the moon or tenuous atmosphere planets. Most of the work described utilized reflection techniques.
Source record↗
Study made of Raney nickel technology
Raney nickel study indicates that its improved storage life is due to gaseous hydrogen and that the mechanism of its ignitions is catalytic and due to chemisorbed hydrogen atoms. It shows that reacted Raney nickel powder can be reactivated and can introduce multiple ignitions in a hydrogen gas stream.
Lee, W. B.↗
Study made of dielectric properties of promising materials for cryogenic capacitors
Experimental investigations were conducted to determine dielectric properties of promising materials for cryogenic capacitors to be used in energy storage and pulse applications. The three classes of materials investigated were inorganic bonded ferroelectric materials, anodic coatings on metal foils, and polar low temperature liquids.
Mathes, K. N.↗
Study made of ductility limitations of aluminum-silicon alloys
Study of the relation between microstructure and mechanical properties of aluminum-silicon alloys determines the cause of the variations in properties resulting from differences in solidification rate. It was found that variations in strength are a consequence of variations in ductility and that ductility is inversely proportional to dendrite cell size.
Bailey, W. A.↗
Study made to establish parameters and limitations of explosive welding
It is theorized that metal jetting must be present for welding to occur, therefore an explosive weld interface may indicate the relation between the metal jet velocity and shock wave velocity in welding. Parameters for effecting explosive welding in patches of 3 or 4 inches in diameter were established, and found applicable to explosive welding of patches of various sizes.
Polhemus, F. C.↗
Wear studies made of slip rings and gas bearing components
Neutron activation analysis techniques were employed for the study of the wear and performance characteristics of slip ring and rotor assemblies and of the problems arising from environmental conditions with special reference to surface contamination. Results showed that the techniques could be successfully applied to measurement of wear parameters.
Furr, A. K.↗
Study made of anodized aluminum circuit boards
Hard coated aluminum circuit boards demonstrate the feasibility of obtaining an electrical power circuit of high packaging density with very high thermal conductivity and mechanical strengths.
Jacobi, C.↗
Study made of acoustical monitoring for mechanical checkout
Study demonstrates that sonic signal analysis technique provides a powerful tool for mechanical component checkout. The technique also provides the unique capability of predicting component failures by detecting incipient malfunctions.
Savelle, C.↗
Study made of pneumatic high pressure piping materials /10,000 psi/
Evaluations of five types of steel for use in high pressure pneumatic piping systems include tests for impact strength, tensile and yield strengths, elongation and reduction in area, field weldability, and cost. One type, AISI 4615, was selected as most advantageous for extensive use in future flight vehicles.
Loeb, M. B.↗
Study made of large amplitude fuel sloshing
Study of resonant oscillations of an ideal fluid in a cylindrical tank is used to obtain a better understanding of fuel sloshing in large liquid booster. More realistic structural design criteria may be formulated when the dynamic response of the liquid in a cylindrical tank can be predicted analytically.
Di Maggio, O. D.↗