摘要:
A magnetoresistance effect device of the present invention includes a multilayer film. The multilayer film includes an antiferromagnetic film, a first ferromagnetic film, a non-magnetic film and a second ferromagnetic film, which are provided in this order on a non-magnetic substrate directly or via an underlying layer. The antiferromagnetic film comprises an α-Fe 2 O 3 film. A surface roughness of the multilayer film is about 0.5 nm or less.
摘要:
A magnetoresistance effect device of the invention includes: a substrate; and a multilayer structure formed on the substrate. The multilayer structure includes a hard magnetic film, a soft magnetic film, and a non-magnetic metal film for separating the hard magnetic film from the soft magnetic film. The magnetization curve of the hard magnetic film has a good square feature, and the direction of a magnetization easy axis of the hard magnetic film substantially agrees to the direction of a magnetic field to be detected.
摘要:
An exchange coupling film of the present invention includes a ferromagnetic layer and a pinning layer which is provided in contact with the ferromagnetic layer for pinning a magnetization direction of the ferromagnetic layer, the pinning layer including an (AB) 2 O x layer, wherein: 0 denotes an oxygen atom; 2.8 t = (Ra+Ro) / (√2•(Rb+Ro)) (where Ra, Rb and Ro denote the ion radii of the atoms A, B and O, respectively) satisfies 0.8
摘要翻译:交换耦联薄膜的本发明包括其被设置成与所述铁磁性层为钉扎铁磁性层的磁化方向,该锁定层包括(AB)2 O x层,worin一个铁磁层和钉扎层全部:0表示 到氧原子; 2.8 (其中Ra,Rb和滚装表示原子A,B和O的离子半径分别为> SATIS外资企业0.8
摘要:
A thin film magnetic head includes an upper shield section, a lower shield section and a magnetoresistance device section between the upper shield section and the lower shield section. The magnetoresistance device section is connected to the upper shield section and the lower shield section through conductive layers. Current flows through the magnetoresistance device section via the upper shield and the lower shield.
摘要:
A thin film magnetic head includes an upper shield section, a lower shield section and a magnetoresistance device section between the upper shield section and the lower shield section. The magnetoresistance device section is connected to the upper shield section and the lower shield section through conductive layers. Current flows through the magnetoresistance device section via the upper shield and the lower shield.
摘要:
In order to form low and uniform projections on a surface of a thin film, when forming the thin film of metal or alloy on a substrate by means of vacuum deposition, a substrate is employed in which projections having a height not less than 10 nm are formed on the surface thereof at a density of not more than 1 x 10⁶ projections/mm², the initial incident angle of atoms upon the substrate, which serve to mainly constitute the thin film, being set at not less than 50° with respect to the normal line of the substrate, and the temperature of the substrate set at not less than 100°C.
摘要翻译:为了在薄膜的表面上形成低均匀的突起,当通过真空沉积在基板上形成金属或合金薄膜时,使用基板,其中高度不小于10nm的突起为 在其表面上以不大于1×10 6个突起/ mm 2的密度形成,用于主要构成薄膜的基底上原子的初始入射角设定为不小于 相对于基板的法线为50°,基板的温度为100℃以上。
摘要:
In manufacturing perpendicular magnetic recording medium wherein a magnetic layer containing Co and Cr as main contents of a running substrate of polymer film incident angle (φ f ) of vaporized atom to form said magnetic layer is 30° or larger at the final part of the film formation to improve manufacturing capacity, and magnetic layer (119) is heated after forming the magnetic layer in an oxygen-containing atmosphere.