Critical temperature and interface transparency of N/S/N triple layers: theory and experiment
Copyright policy )Critical temperature and interface transparency of N/S/N triple layers: theory and experiment
The influence of the. nite transparency, T, of superconductor/ normal metal (S/N) interface on the critical temperature of proximity coupled layered structures is investigated in the dirty limit on the basis of the microscopic equations solved exactly by a matrix method. The calculated theoretical curves satisfactory reproduce the experimental dependencies of the critical temperature on the thickness of the superconducting layers in N/S/N trilayers. The relation between the transparency coefficient and the normal metal coherence length is also discussed.
SUPERCONDUCTING SUPERLATTICES, 500, MULTILAYERS, UPPER CRITICAL-FIELD, публикации ученых, ARTIFICIAL METALLIC SUPERLATTICES, TRANSITION-TEMPERATURE, 530
SUPERCONDUCTING SUPERLATTICES, 500, MULTILAYERS, UPPER CRITICAL-FIELD, публикации ученых, ARTIFICIAL METALLIC SUPERLATTICES, TRANSITION-TEMPERATURE, 530
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