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VOLUME 59 (1994) | ISSUE 6 | PAGE 418
Quasireentrant superconducting transition in metastable states of a Zn-Sb alloy
A quasireentrant superconducting transition in high-resistance states of a Zn-Sb alloy has been studied as a function of the transport current. The current-voltage characteristics of the test sample have voltage steps and a hysteresis. The maximum Josephson current decreases with decreasing temperature. There is a crossover from a Josephson characteristic to a tunneling characteristic when this current is exceeded.