Add to ORKGThe requirement of high critical current density has prompted extensive research on ceramic processing of high-T/sub c/ superconductors. An overview of wire fabrication techniques and the limitations they impose on component design will be presented. The effects of processing on microstructure and critical current density will also be discussed. Particle alignment has been observed in extruded samples which is attributed to high shear stresses during plastic forming. Composites of superconductor and silver in several configurations have been made with little deleterious effect on the superconducting properties. 35 refs., 2 figs., 1 tab
Superconducting ceramic materials, no matter what their form, size or shape, must eventually make co...
The high T(sub c) superconducting ceramic materials, developed in 1987, are now being extensively in...
The design and construction of High Temperature Superconducting (HTSC) devices requires long lengths...
The thrust of this research was to identify and understand current limiting mechanisms (CLMs) that l...
The technology of high temperature superconductivity has gone from beyond mere scientific curiousity...
Scope of this project was the investigation of High Tc-Metal compound materials with respect to thei...
The technology of high temperature superconductivity has gone beyond mere scientific curiosity and i...
Materials exhibiting superconductivity above liquid nitrogen temperatures (77 K) will enable new app...
Variables in fabrication of superconductor wires by extrusion and by powder-in-tube processing are d...
There are many parameters that significantly affect the electrical performance of ceramic-core super...
Subject of investigation: specimens of wires with a high-temperature superconducting ceramic core an...
For technological applications of high T(sub c) superconductors, it will be necessary to overcome th...
The U.S. Department of Energy (DOE) supports an applied superconductivity program entitled ''Superco...
An approach to the application of high Tc ceramic superconductors to practical circuit elements was ...
Large critical current densities (J(sub c)) were obtained in c axis oriented Tl-1 223/Ag composite t...
Superconducting ceramic materials, no matter what their form, size or shape, must eventually make co...
The high T(sub c) superconducting ceramic materials, developed in 1987, are now being extensively in...
The design and construction of High Temperature Superconducting (HTSC) devices requires long lengths...
The thrust of this research was to identify and understand current limiting mechanisms (CLMs) that l...
The technology of high temperature superconductivity has gone from beyond mere scientific curiousity...
Scope of this project was the investigation of High Tc-Metal compound materials with respect to thei...
The technology of high temperature superconductivity has gone beyond mere scientific curiosity and i...
Materials exhibiting superconductivity above liquid nitrogen temperatures (77 K) will enable new app...
Variables in fabrication of superconductor wires by extrusion and by powder-in-tube processing are d...
There are many parameters that significantly affect the electrical performance of ceramic-core super...
Subject of investigation: specimens of wires with a high-temperature superconducting ceramic core an...
For technological applications of high T(sub c) superconductors, it will be necessary to overcome th...
The U.S. Department of Energy (DOE) supports an applied superconductivity program entitled ''Superco...
An approach to the application of high Tc ceramic superconductors to practical circuit elements was ...
Large critical current densities (J(sub c)) were obtained in c axis oriented Tl-1 223/Ag composite t...
Superconducting ceramic materials, no matter what their form, size or shape, must eventually make co...
The high T(sub c) superconducting ceramic materials, developed in 1987, are now being extensively in...
The design and construction of High Temperature Superconducting (HTSC) devices requires long lengths...