Abstract
The reduced specific heat jumps for the superconducting (S) side and the normal (N) side of a strongly coupled N-S composite have been calculated by using the generalized McMillan tunneling model of the superconducting proximity effect. Both cases λ N = 0 and λ N ≠ 0 (where λ N is the BCS interaction constant) have been studied. The results obtained by using the generalized model are significantly different from the ones given by the McMillan tunneling model.
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