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• W2006795279 abstract "Temperature dependent static magnetic properties of $mathrm{Co}∕mathrm{Gd}$ multilayers, grown on SmCo, are experimentally investigated by means of SQUID magnetometry. The $mathrm{Sm}mathrm{Co}∕(mathrm{Co}∕mathrm{Gd})$ system shows an exchange spring behavior above the compensation temperature $({T}_{mathrm{comp}})$ at which the magnetization of the antiferromagnetically coupled multilayer is zero. Below ${T}_{mathrm{comp}}$, a tunable negative coercivity state (inverse hysteresis) appears, due to the coupling between the hard SmCo and soft $mathrm{Co}∕mathrm{Gd}$ multilayers, irrespective of whether Co or Gd is proximate to the SmCo. However, for the strongly ferromagnetically coupled Co interface layer, negative coercivity persists over a larger temperature interval. The negative coercivity state vanishes if the coercivity of the SmCo layer is increased by controlling the Cu underlayer thickness." @default.
• W2006795279 created "2016-06-24" @default.
• W2006795279 creator A5022901335 @default.
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• W2006795279 date "2007-12-27" @default.
• W2006795279 modified "2023-10-14" @default.
• W2006795279 title "Tunable negative and positive coercivity forSmCo∕(Co∕Gd)exchange springs investigated with SQUID magnetometry" @default.
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• W2006795279 cites W1979574809 @default.
• W2006795279 cites W1982349225 @default.
• W2006795279 cites W1984231941 @default.
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• W2006795279 doi "https://doi.org/10.1103/physrevb.76.214430" @default.
• W2006795279 hasPublicationYear "2007" @default.
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