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The superconducting and magnetic properties of the (Fe/Cr/Fe)/V/Fe layeredsystem with variable thickness of the chromium layer have been experimentallyand theoretically studied. The magnetic properties of the system have beenstudied by the ferromagnetic resonance method, and the superconductingtransition temperature has been measured from the jump in the magneticsusceptibility. A wide variety of magnetic states are observed in the system;in particular, the structure of small domains can arise in the iron layerplaced between vanadium and chromium. It has been shown experimentally that thecritical temperature $T_c$ of the superconducting transition undergoesnonmonotonic oscillations with a noticeable amplitude in the given system withthe change in the thickness of the Cr layer. The proposed model based on theproximity effect theory makes it possible to relate these $T_c$ oscillations tothe features of the magnetic structure of the samples.

Oscillations of the Critical Temperature in a (Fe/Cr/Fe)/V/Fe Heterostructure