有些人意识到，他们可以使用新材料的工具，以测试他们对磁化过程的理解，因为他们可以精确地控制磁性和非磁性两种金属原子层。
Some realized they could use the new materials tools to test their understanding of the magnetizing process, because they could precisely control layers of both magnetic and nonmagnetic metal atoms.
grunberg的团队创造了由两片几个原子厚的磁性铁，之间隔着一层无磁性的铬层的三明治。
Grunberg's team created a sandwich of two several-atom-thick layers of magnetic iron separated by a layer of nonmagnetic chromium between them.
磁性薄膜活跃在微米范围内的层结构非常精细，磁化毕业。
Thin magnetically active layers in the micron range are structured for very fine, magnetized graduations.
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