Abstract
The nonstationary Josephson, interference, and quasiparticle currents through junctions involving partially-dielectrized superconductors with spin density waves were calculated. The existence of both superconducting and dielectric energy gaps leads to a large set of peculiarities for current–voltage characteristics. The new regime of broken symmetry is predicted for all currents. The results agree with tunnel and point-contact data for junctions including URu 2Si 2.
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