Thermoelectric power in superconductors
Artemenko S.N. , Volkov A.F.
It is shown theoretically that in the presence of a temperature gradient there is produced in a superconductor an electric field that falls off exponentially with increasing distance from the superconductor boundary. The depth of penetration of the field greatly exceeds the correlation length and coincides with the length characterizing the "mixing of branches."
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![](/ps/1476/article_22517_800_head.png "It is shown theoretically that in the presence of a temperature gradient there is produced in a superconductor an electric field that falls off exponentially with increasing distance from the superconductor boundary. The depth of penetration of the field greatly exceeds the correlation length and coincides with the length characterizing the "mixing of branches."")