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Cu07_6 Thick Films on NiBased Alloys
Fabrication of HighJ YBCO Tapes Using Continuously Deposited
Meter Long Thin Film Tape with High Jc of 1 5 x 105Acm2 Fabricated
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a-axis ac loss alignment alloy annealing Appl applied BSCCO bulk c-axis c-axis oriented calcined characteristics composition conductors cooling critical current density crystalline current lead curve decrease electric electron epitaxial experimental fabricated Figure filament film growth flux creep flux pinning grain boundaries grown growth rate heat treatment high Tc hysteresis increasing interface Japan ABSTRACT Jc value Josephson junctions KEYWORDS laser lattice length Lett liquid magnetic field magnetic field dependence materials measured melt method microstructure multilayer NBCO NdBaCuO observed obtained oxide oxygen oxygen partial pressure parameters partial pressure pattern peak phase Phys Physica plane powder precursor prepared ratio region resistivity RESULTS AND DISCUSSION RHEED sample sheath shown in Fig shows silver single crystal sputtering SQUID sticking coefficient structure substrate substrate temperature superconducting properties surface morphology tape technique temperature dependence thermal voltage width wire X-ray diffraction YBaCuO YBCO film YBCO thin films