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The superconducting proximity effect was examined in both Nb/PdNi (SF) bilayerfilms and Nb/PdNi/Nb (SFS) Josephson junctions. In Nb/PdNi bilayer films, nonmonotonicbehavior of Tc was observed as a function of PdNi thickness dF. The effective exchange energyEex extracted from the data was about 13 meV. In Nb/PdNi/Nb (SFS) Josephson junctions,the existence of a crossover between the 0 state and the π state was confirmed in the PdNithickness dependence of Ic. For the junction with dF = 9 nm, such a crossover was observedin the temperature dependence of Ic. Eex estimated from the junctions characteristics wasabout 19 meV. These behaviors can be interpreted from the view point of a damped oscillatorysuperconducting order parameter induced at the SF interface

Transport properties of Nb/PdNi bilayers and Nb/PdNi/Nb Josephson junctions