Low temperature heat capacities of superconducting molybdenum carbides.
Low temperature heat capacities for molybdenum carbides studied for similarities of thermodynamic and superconducting properties
Toth, L. E.↗
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Low temperature heat capacities of superconducting niobium and tantalum carbides.
Low temperature heat capacities of superconducting niobium and tantalum carbides measured for carbon concentration and crystal structure effects
Chang, Y. A.↗
Ultrasonic attenuation in superconducting mercury and mercury-cadmium single crystals.
Ultrasonic attenuation in superconducting Hg single crystals, polycrystals and single crystals with Cd impurity compared to BCS theory
Newcomb, C. P.↗
Magnetization in superconducting films.
Magnetization in superconducting films as magnetic field function studied for influence of thickness and temperature on phase transition
Di Castro, C.↗
Superconductivity in zirconium-rhodium alloys
Metallographic studies and transition temperature measurements were made with isothermally annealed and water-quenched zirconium-rhodium alloys. The results clarify both the solid-state phase relations at the Zr-rich end of the Zr-Rh alloy system and the influence upon the superconducting transition temperature of structure and composition.
Zegler, S. T.↗
Experimental prediction of performance by superconducting cables
Broken superconductor method of short sample testing makes possible the prediction of the performance of well cooled, stabilized, superconducting cable coils. It yields a field-versus-current curve for a short sample of cable. Plots are given for the superconductor and copper currents at various magnetic field strengths.
Brooks, J. M.↗
Preparation of superconducting thin films of transition-metal interstitial compounds
Sputtering technique forms transition-metal interstitial compounds into superconducting thin films having transition temperatures similar to those of the bulk materials. Since the magnetic-field and current-carrying properties of the films exceed those of the bulk materials, they may have applications other than in tunneling devices.
Gavaler, J. R.↗
Cryogenics and superconductivity
NASA derived technology in cryogenics and superconductivity for utilization by electric power industry
Laurence, J. C.↗
Superconductive magnet system, 14-Tesla, 15-cm-bore
Superconductive 14-tesla magnet system with 15-cm bore and niobium stanide ribbon
Schrader, E. R.↗
Development of a superconductive inductance type high energy density storage system
Superconductive inductance-type high energy density storage system
Boom, R. W.↗
Superconductive dust cores for inductive elements
Inductance behavior of coils filled with superconducting lead or niobium dusts
Jirberg, R. J.↗
Superconductive 7.2-Tesla four-magnet assembly Summary report
Design and performance of superconducting four magnet assembly
Del Grosso, R.↗
Performance of stabilized superconducting cables under controlled heat transfer conditions.
Stability of compound superconducting cables under conditions of controlled heat transfer from cable surface to liquid He
Gauster, W. F.↗
Ultrasonic attenuation in the superconducting state of high-purity thallium.
Electronic attenuation of 10 to 130 MHz longitudinal ultrasonic waves in superconducting high purity Tl, noting energy gap anisotropy
Salinger, G. L.↗
Superconductivity in beta-tungsten films.
Superconductivity of electron beam evaporated tungsten films by X ray and electron diffraction techniques, discussing temperature dependence of energy gap
Basavaiah, S.↗
Superconductivity and band structure from a single pseudopotential - Zinc and cadmium.
Superconductivity and band structure from pseudopotential for zinc and cadmium, analyzing values of electron phonon mass enhancement
Allen, P. B.↗
Variable-voltage, direct-current power supplies for energizing cryogenically cooled and superconductive electromagnets.
Variable voltage DC power supplies for energizing cryogenically cooled and superconductive electromagnets
Jirberg, R. J.↗
Effective masses in Zr-doped superconducting ceramic SrTiO sub 3.
Zr doped superconducting ceramic strontium titanate, noting effective electron mass variations and transition temperature
Eagles, D. M.↗