A Study of production of miscibility gap alloys with controlled structures
R. A. Parr, United States. National Aeronautics and Space Administration. Scientific and Technical Information Branch
National Aeronautics and Space Administration, Scientific and Technical Information Branch, 1983 - Superconductivity - 37 pages
2 pages matching negative voltage response in this book
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Aligned rod Alloy Cu-Nb Alloy Alloys With Controlled aluminum aluminum-bismuth ANALYSIS OF SPECIMEN applied current Battelle's specimens bismuth characteristics of specimen cm/hr cold rolled composites copper matrix Cu-Nb Alloy Cu-Nb current at 4.3K current density Current-voltage characteristics current-voltage relation diameter directional solidification directionally solidified dopant EDAX Electrical resistivity filaments function of temperature Immiscible inch Kevex magnet wires Marshall Space Flight Materials and Processes melting microprobe Miscibility Gap Alloys miscibility gap materials MSFC nanovoltmeter NASA negative resistance negative voltage response Niobium in bronze normal resistivity value Peltier phase diagram powder metallurgy prepared by powder Processes Laboratory Production of Miscibility quench block Resistance Thermometer Resistivity-current characteristics Resistivity-current relations RESISTIVITY-TEMPERATURE CHARACTERISTICS rod and sphere sample C-5 SAMPLES FOR SUPERCONDUCTIVITY Seebeck coefficients shown in Figure Small Rods solidified at 1200°C Space Flight Center Specimen 81CNA42 specimen holder Specimen NbBr 169 spectra sphere structures superconductivity measurement transition temperature range tunnelling effect twelve specimens Waterbury's etchant