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A. Paul, Thorsten Damm, D. Bürgler, S. Stein, H. Kohlstedt, P. Grünberg (2003)
Correlation of magnetotransport and structure in sputtered Co/Cu multilayersJournal of Physics: Condensed Matter, 15
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Low energy ion beam assisted deposition of a spin valveJournal of Applied Physics, 101
M. Hecker, J. Thomas, D. Tietjen, S. Baunack, C. Schneider, A. Qiu, N. Cramer, R. Camley, Z. Celinski (2003)
Thermally induced modification of GMR in Co/Cu multilayers: correlation among structural, transport, and magnetic propertiesJournal of Physics D, 36
M. Johnson, R. Coehoorn, J. Vries, N. McGee, J. Stegge, P. Bloemen (1992)
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Qiu, Pearson, Báder (1992)
Oscillatory interlayer magnetic coupling of wedged Co/Cu/Co sandwiches grown on Cu(100) by molecular beam epitaxy.Physical review. B, Condensed matter, 46 13
J. Quan, Xiaowang Zhou, H. Wadley (2007)
Low-energy ion-assisted control of interfacial structures in metallic multilayersJournal of Crystal Growth, 300
Magnetoresistance of the FeNi/Cu/Co spin-gate structures and multilayered Co/Cu/Co structures is investigated. By the example of spin-gate structures with spontaneously induced magnetic anisotropy, the curves of anisotropic and giant magnetoresistance (AMR and GMR) are compared in four geometry configurations: mutual orientations of the current, magnetic field, and easy magnetization axis. Both in the first case and in the case of the multilayered Co/Cu/Co structures deposited in the external magnetic field, the GMR effect substantially depends on the geometry configuration of its measurement.
Russian Microelectronics – Springer Journals
Published: Sep 19, 2009
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