As a result, with the increase of the degree of disorder of length of the nanowire arrays, the saturation field increases and the remanence decreases. 研究發(fā)現，鐵磁性納米線(xiàn)陣列的長(cháng)度的混亂度越高，其磁滯回線(xiàn)的飽和磁場(chǎng)強度隨著(zhù)升高，剩余磁化強度則有所降低。
Arranged nano-wire arrays and anodic alumina nano porous films have raised lots of attentions because of their broad applications in nano-material fabrication. 微納米線(xiàn)陣列材料的出現，使得仿壁虎爪等仿生物結構功能的研究熱了起來(lái)。
