Co-Ni-P磁性薄膜已經用化学法(即不通电的方法)沉积形成,这种膜具有磁性可用作記忆元件,文中討論了膜的厚度和成分对矯顽力和各向异性的影响,对这些膜提出了开关数据、分散性数据、力距曲线和铁磁共振数据、文中又討論了化学法沉积的膜有“可旋轉各向异性”。化学参数的影响如鍍液pH和鍍速与膜的性质有关。 Co-Ni-P magnetic thin films have been deposited by chemical means (ie, non-energized methods). Such films are magnetically useful as memory elements. The effects of film thickness and composition on coercivity and anisotropy The switching data, dispersion data, force-distance curves and ferromagnetic resonance data are presented for these films, and the “spinnable anisotropy” of the deposited films is also discussed. The influence of chemical parameters such as bath pH and plating speed is related to the nature of the film.