Nanostructured magnetic networks
Nanostructured magnetic networks
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DOI：
10.1063/1.117666
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发表时间：
1996-10
影响因子：
4
通讯作者：
J. Barnard;H. Fujiwara;V. Inturi;J. D. Jarratt;T. Scharf;J. Weston
中科院分区：
文献类型：
--
作者：
J. Barnard;H. Fujiwara;V. Inturi;J. D. Jarratt;T. Scharf;J. Weston
纳米结构的连续网络的Fe非常适合的约束的影响的基础研究进行了说明。通过溅射沉积法在纳米孔道氧化铝表面制备了铁网络。将磁性材料限制在纳米结构网络中的最明显的结果之一是，与相同厚度的连续Fe膜相比，磁性显著增强。
Nanostructured contiguous networks of Fe well suited to fundamental studies of the effects of confinement are described. The Fe networks are prepared by sputter deposition onto the surface of nanochannel alumina. One of the most obvious consequences of confining the magnetic material to a nanostructured network is a dramatic enhancement in the coercivity when compared to a continuous Fe film of the same thickness.