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Several types of quasi-particle injections into YBa2Cu3O7-d (YBCO) micro-bridge have been studied, re- vealing the quasi-particle non-equilibrium effect, the current superposition effect and the heating effect. The current gain抯 dependence on temperatures indicates that supercon- ductivity of YBCO is really suppressed by quasi-particle injection. We propose a new type of quasi-particle injection which turns out to be a promising candidate for interface between superconductor and semiconductor circuits.
Several types of quasi-particle injections into YBa2Cu3O7-d (YBCO) micro-bridge have been studied, re- vealing the quasi-particle non-equilibrium effect, the current superposition effect and the heating effect. that supercon- ductivity of YBCO is really suppressed by quasi-particle injection. We propose a new type of quasi-particle injection which turns out to be a promising candidate for interface between superconductor and semiconductor circuits.