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Magnetostrictive hysteresis loops

Fig. 12. Parallel magnetostrictive hysteresis loops for TbtFeo.ssCoo.asJi.s Aims (1) as-deposited film and (2) after annealing at 350° C and (3) at 450° C. After Due et al. (2000b). Fig. 12. Parallel magnetostrictive hysteresis loops for TbtFeo.ssCoo.asJi.s Aims (1) as-deposited film and (2) after annealing at 350° C and (3) at 450° C. After Due et al. (2000b).
Fig. 39. Magnetostrictive hysteresis loops of a TbFe/Fe (a), compared with a TbFe single film, and of a TbFe/FeCo (b) multilayer. After Quandt and Ludwig (1997). Fig. 39. Magnetostrictive hysteresis loops of a TbFe/Fe (a), compared with a TbFe single film, and of a TbFe/FeCo (b) multilayer. After Quandt and Ludwig (1997).
Fig. 66. Magnetostriction hysteresis loops of a TbFeCo single-layer film and a Fe/TbFeCo/Fe sandwich films. Fig. 66. Magnetostriction hysteresis loops of a TbFeCo single-layer film and a Fe/TbFeCo/Fe sandwich films.
Fig. 39. Magnetostrictive hysteresis loops of a TbFe/FeCo multilayer. After Quandt and Ludwig (1997). Fig. 39. Magnetostrictive hysteresis loops of a TbFe/FeCo multilayer. After Quandt and Ludwig (1997).
Fig. 41. Magnetostrictive hysteresis loops of a sandwich Tb-Co/Nd-Co/Tb-Co system at 300 K. After Givord et al. (1995). Fig. 41. Magnetostrictive hysteresis loops of a sandwich Tb-Co/Nd-Co/Tb-Co system at 300 K. After Givord et al. (1995).

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Hysteresis

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