1) perpendicular magnetic recording materials
垂直磁记录材料
1.
CoFe2O4 thin films are being investigated extensively in the perpendicular magnetic recording materials.
钴铁氧体(CoFe2O4)薄膜具有较高的矫顽力、磁化强度、磁晶各向异性、化学稳定性和耐磨损性能,可作为高密度磁记录介质,是目前研究较多的一类垂直磁记录材料。
2) perpendicular magnetic recording
垂直磁记录
1.
Optimization design for perpendicular magnetic recording system parameters;
垂直磁记录系统参数的优化设计
2.
Effect of Ti(Cr)underlayer on the magnetic properties and microstructure of CoCrTa film for perpendicular magnetic recording media;
Ti(Cr)缓冲层对用于垂直磁记录材料CoCrTa介质磁特性和微结构的影响
3.
The Researching progress of the high density perpendicular magnetic recording thin films for HDD is described.
综述了硬盘用高密度垂直磁记录薄膜的研究发展状况,包括几种重要垂直磁记录薄膜的膜层结构与制备方法。
3) magnetic recording materials
磁记录材料
1.
Author pointed out a mistake in the preceding article [1] The correct relationships between H c and υ were deduced for the different models of rare earth permanent magnets and magnetic recording materials, which can be written as a complex function But it has different forms for the different models of rare earth permanent magnet
给出了不同模型的稀土永磁材料以及磁记录材料的矫顽力 Hc和有效激活体积υ之间的正确关系 ,这样的关系被表示成一个复杂的函数关系 ,同时指出 ,对不同模型的稀土磁性材料 ,这个函数关系是不同
2.
Magnetic properties such as specific remanent magnetization,specific saturation magnetization and coercivity measured by vibrating sample magnetometer at room temperature and powder morphology showed that the powders were applicable to magnetic recording materials.
粉料的磁性能测量和粉料的粒度及颗粒形态表明，熔盐法合成的粉料适合作为高性能磁记录材料。
4) magnetic recording medium
磁记录材料
5) magnetic recording material
磁记录材料
1.
Perpendicular magnetic recording, magnetic recording material,magnetic recording medium,GMR material, and magnetic recording head are introduced.
本年综述的内容包含:(1)垂直磁记录;(2)磁记录材料;(3)高密度磁记录介质;(4)巨磁电阻材料;(5)磁记录头。
6) ultrahigh recording density
垂直磁记录方式
补充资料：垂直
当两直线所成的角为直角时，称它们互相垂直。这一概念也可推广到两平面间或直线与平面间的情况。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条