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Mechanisms of the recently demonstrated ex-situ thermal control of theindirect exchange coupling in magnetic multilayer are discussed for differentdesigns of the spacer layer. Temperature-induced changes in the hysteresis ofmagnetization are shown to be associated with different types of competinginterlayer exchange interactions. Theoretical analysis indicates that themeasured step-like shape and hysteresis of the magnetization loops is due tolocal in-plane magnetic anisotropy of nano-crystallites within the stronglyferromagnetic films. Comparison of the experiment and theory is used tocontrast the mechanisms of the magnetization switching based on the competitionof (i) indirect (RKKY) and direct (non-RKKY) interlayer exchange interactionsas well as (ii) indirect ferromagnetic and indirect antiferromagnetic (both ofRKKY type) interlayer exchange.

Magnetic hysteresis in nanostructures with thermally-controlled RKKY coupling