Long-range magnetostatic interactions in arrays of nanowires
Journal of Magnetism and Magnetic Materials, 2000•Elsevier
Experimental measurements and micromagnetic simulations of the hysteresis loops of
arrays of cobalt nanowires are compared here. Arrays of cobalt nanowires (200nm in
diameter) were electrodeposited into the pores of alumina membranes (thickness 60μm).
Their hysteresis loops along the axial direction of nanowires were measured using vibrating
sample magnetometry. Micromagnetic simulations were performed considering dipolar
interaction between nanowires leading to similar hysteresis loops as those obtained …
arrays of cobalt nanowires are compared here. Arrays of cobalt nanowires (200nm in
diameter) were electrodeposited into the pores of alumina membranes (thickness 60μm).
Their hysteresis loops along the axial direction of nanowires were measured using vibrating
sample magnetometry. Micromagnetic simulations were performed considering dipolar
interaction between nanowires leading to similar hysteresis loops as those obtained …
Experimental measurements and micromagnetic simulations of the hysteresis loops of arrays of cobalt nanowires are compared here. Arrays of cobalt nanowires (200nm in diameter) were electrodeposited into the pores of alumina membranes (thickness 60μm). Their hysteresis loops along the axial direction of nanowires were measured using vibrating sample magnetometry. Micromagnetic simulations were performed considering dipolar interaction between nanowires leading to similar hysteresis loops as those obtained experimentally.
Elsevier
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