Abstract
Ribbons of the Bi-cuprate superconducting oxide were grown by an edge defined technique using the laser heated pedestal growth method. The ribbon was produced by crystallizing a liquid film suspended between two platinum wires. A superconducting onset of 91 K and a zero resistance of 83 K were found for this material. Some conclusions concerning the influence of thermal gradient on the shape of the growth interface are discussed, along with the phases produced relative to the growth rate.
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