Research on melt-sintered high temperature superconducting materials is presented. The vibrating sample magnetometer has become a useful characterization tool for the study of high temperature superconductors. Important information regarding the superconducting properties of a sample can be obtained without actually making contact with the sample itself. A step toward microgravity processing of high temperature superconductors was taken. In the future, the samples need to be optimized prior to this processing of the sample before the specific effects of the microgravity environment can be isolated. A series of melt-sintered samples show that bulk processing of high temperature superconductors is getting better
Ti-Nb microstructural quantitative examination to determine heat treatment and plastic deformation e...
The high T(sub c) superconducting ceramic materials, developed in 1987, are now being extensively in...
Materials exhibiting superconductivity above liquid nitrogen temperatures (77 K) will enable new app...
Research on processing methods leading to a significant enhancement in the critical current densitie...
Melt-process bulk superconducting materials based on variations on the base YBa2Cu3O(x) were produce...
Current research in the area of high temperature superconductivity is organized around four key area...
The project investigated superconductivity in non-cuprate materials with critical temperatures, T{su...
It has been recognized from the onset that high temperature superconductivity held great promise for...
The automated data acquisition system developed in the Space Science Laboratory at Marshall Space Fl...
High temperature superconductors (HTS) are materials that display superconducting properties at temp...
The achievement of large critical currents is critical to the applications of high-temperature super...
Properties of high field superconductors at high temperatures - magnetization experiments on niobium...
Magnetic suspension effect was first observed in samples of YBa2Cu3O7/AgO(Y-123/AgO) composites. Mag...
One of the important issues for technological application of the high temperature superconductors is...
The results of a study conducted to determine the role space processing or materials research in spa...
Ti-Nb microstructural quantitative examination to determine heat treatment and plastic deformation e...
The high T(sub c) superconducting ceramic materials, developed in 1987, are now being extensively in...
Materials exhibiting superconductivity above liquid nitrogen temperatures (77 K) will enable new app...
Research on processing methods leading to a significant enhancement in the critical current densitie...
Melt-process bulk superconducting materials based on variations on the base YBa2Cu3O(x) were produce...
Current research in the area of high temperature superconductivity is organized around four key area...
The project investigated superconductivity in non-cuprate materials with critical temperatures, T{su...
It has been recognized from the onset that high temperature superconductivity held great promise for...
The automated data acquisition system developed in the Space Science Laboratory at Marshall Space Fl...
High temperature superconductors (HTS) are materials that display superconducting properties at temp...
The achievement of large critical currents is critical to the applications of high-temperature super...
Properties of high field superconductors at high temperatures - magnetization experiments on niobium...
Magnetic suspension effect was first observed in samples of YBa2Cu3O7/AgO(Y-123/AgO) composites. Mag...
One of the important issues for technological application of the high temperature superconductors is...
The results of a study conducted to determine the role space processing or materials research in spa...
Ti-Nb microstructural quantitative examination to determine heat treatment and plastic deformation e...
The high T(sub c) superconducting ceramic materials, developed in 1987, are now being extensively in...
Materials exhibiting superconductivity above liquid nitrogen temperatures (77 K) will enable new app...