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具有非磁性中间层的RE-TM双层垂直磁化膜耦合研究
引用本文:王浩敏,林更琪,廖红伟,彭烈涛,李震,王可.具有非磁性中间层的RE-TM双层垂直磁化膜耦合研究[J].信息记录材料,2002,3(2):10-12,21.
作者姓名:王浩敏  林更琪  廖红伟  彭烈涛  李震  王可
作者单位:华中科技大学电子科学与技术系,湖北武汉,430074
摘    要:研究了光调制直接重写磁光记录介质中存储层(TbFeCo)和写入层(DyFeCo)中加入TiN非磁性层后的耦合性能。当 TiN层为 3~21A,存储层和写入层层间交换耦合能密度为 0.2~0.3 erg/cm2,如果能精确控制 TiN的厚度,就可以控制层间耦合能,从而改善MO薄膜的读写特性。

关 键 词:交换耦合  非磁性中间层  磁光薄膜
文章编号:1009-5624(2002)02-0010-04

Exchange Coupling Mechanism of RE TE Bilayers MO Films Using The Non magnetic Intermediate Layer
Wang Haomin,Lin Gengqi,Liao Hongwei,Peng Lietao,Li Zhen,Wang Ke.Exchange Coupling Mechanism of RE TE Bilayers MO Films Using The Non magnetic Intermediate Layer[J].Information Recording Materials,2002,3(2):10-12,21.
Authors:Wang Haomin  Lin Gengqi  Liao Hongwei  Peng Lietao  Li Zhen  Wang Ke
Abstract:The exchange coupling study of which a non-magnetic intermediate TiN layer was interposed between the memory layers (TbFeCo) and the writing layers (DyFeCo). The exchange coupling energy is about 0. 2 - 0. 3erg/cm2 when the thickness of the intermediate TiN is in 3 -2lA. In tri-layered structure TbFeCo/TiN/DyFeCo, coupling energy can be lowered effectively when the thickness of intermediate TiN layer is in 3 - 21 A. The property can be favorable to writing and erasing of the MO films.
Keywords:exchange couple  nonmagnetic intermediate layer  MO film
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