Magnetic domain states in nano-sized Co nuclei electrodeposited onto monocrystalline silicon
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Elsevier
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In the present work, nano-sized magnetic nuclei of Co have been electrodeposited onto p-Si (111). The deposition follows a mechanism of progressive nucleation and growth controlled by diffusion. MFM studies showed that the transition between magnetic domain states is strongly dependent on the size and shape of the nuclei. A critical height h0 is defined below which the nuclei presented always a single-domain configuration. The limiting lower boundary for the single-domain state calculated from the theory is quantitatively coincident with the experimental results. © 2004 Elsevier B.V. All rights reserved.
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AFM/MFM , Co electro-deposition , Electrochemical nucleation , Magnetic materials , Nanomaterials , Atomic force microscopy , Electrochemistry , Electrodeposition , Nanostructured materials , pH effects , Physical vapor deposition , Semiconductor materials , Silicon , Sputtering , Co electrodeposition , Magnetic force microscopy (MFM) , Crystalline materials
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Inglês
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Materials Letters, v. 58, n. 27-28, p. 3518-3522, 2004.
