1) antiferromagnetically coupled multilayers
反铁磁耦合多层膜
1.
Micromagnetic distribution and magnetization reversal mechanismin nanowires and antiferromagnetically coupled multilayers is animportant scientific problem; magnetic nanowire array andantiferromagnetically coupled multilayers can be used as idealperpendicular recording media in future.
磁性纳米线和反铁磁耦合多层膜的微磁结构和反磁化机制是一个重要的科学问题，同时，它们也是未来超高密度垂直磁记录介质的理想选择。
2) ferromagnetic-antiferromagnetic coupling
铁磁-反铁磁耦合
3) antiferromagnetic coupling
反铁磁耦合
1.
RE-TM antiferromagnetic coupling and laser induced ultrafast magnetization reversal dynamics in GdFeCo magneto-optical films
GdFeCo磁光薄膜中RE-TM反铁磁耦合与激光感应超快磁化翻转动力学研究
2.
We report the effect of Ru(seed-layer) on the interlayer antiferromagnetic coupling field H ex , and coercivity H c in the Cr/Ru(seed-layer) /PtCo(thermal stabilizing layer)/Ru(spacer layer)/PtCo(recording layer)/Ru(protective layer) films.
讨论了Cr Ru(1) PtCo(稳定层 ) Ru(2 ) PtCo(记录层 ) Ru(3)结构的矫顽力Hc 与层间反铁磁耦合交换场Hex随Ru(1)与Ru(2 )厚度变化的规律 。
4) the magnetostatically coupled multilayer films
静磁耦合多层薄膜
1.
Magnetization transition from in-plane to perpendicular caused by temperature changes was investigated for the magnetostatically coupled multilayer films (GdFeCo/AlN/DyFeCo).
对 Gd Fe Co/Al N/Dy Fe Co静磁耦合多层薄膜变温磁化方向变化进行了研究。
5) antiferromagnetically-coupled media(AFC)
反铁磁耦合介质
6) anti-ferromagnetic coupling interaction
反铁磁耦合作用
补充资料：反铁磁共振
见磁共振。
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