N.I. Lee scite author profile

The magnetoresistance (MR) of [Ni/Mn] superlattice-based spin valves was compared with that of [Pt/Mn] superlattice. The [Ni/Mn] superlattice after a thermal treatment at 240 C showed a fct (face centered tetragonal) structure with an antiferromagnetic phase. The thermal stability of its spin valves increased gradually with the annealing treatment. As-deposited [Pt/Mn] superlatticebased spin valves showed an exchange coupling field (H ex ) of 17 Oe and an MR ratio of 1.2% without deposition field. The surface morphologies of the two superlattice-based spin valves were dominantly different after annealing.

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N.I. Lee

Effect of Interface Roughness on Magnetoresistance and Magnetization Switching in Double-Barrier Magnetic Tunnel Junction

Comparison of magnetoresistance in spin valve films with Ni/Mn and Pt/Mn superlattice

Magnetoresistance of [Ni(Pt)/Mn] Superlattice-Based Spin Valves

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