交换耦合离子对 exchange-coupled ion pair
交换耦合双层膜 exchange-coupling bilayer
交换耦合复合介质 ECC Media-Exchange Coupled Composite Media
交换耦合相互作用 exchange coupling interaction
负交换耦合 negative exchange coupling
交换耦合作用 intergranular exchange coupling interaction
交换耦合场 exchange coupling field
精馏与化学交换耦合法 chemical exchange reaction and distillation method
交换耦合介质 Exchange coupled composite
The rotation of magnetic moments in the a -Fe phase is controlled by Nd2Fe14B phase through exchange coupling interactions, which gives this magnet high remanence with Jr/Js>0.
α-Fe相中原子磁矩的转动通过交换耦合作用受Nd2Fe14B相的控制，因而这种永磁体具有剩磁高的优点。
参考来源 - NdDue to the exchange-coupling interaction between magnetically soft and hard phases, the remanence enhancement is exhibited remarkably in nanocomposite permanent magnetic materials.
由于薄膜间交换耦合相互作用,纳米尺寸下的复合永磁材料呈现出明显的剩磁增强效应。
参考来源 - 纳米永磁材料的尺寸效应The existence of intergranular phase weakens the exchange-coupling interaction.
非磁性晶粒间界相的存在削弱了硬磁性相晶粒间的交换耦合相互作用。
参考来源 - 纳米永磁材料的微结构与有效各向异性及矫顽力·2,447,543篇论文数据，部分数据来源于NoteExpress
本文介绍了纳米磁性材料晶粒交换耦合相互作用的有关理论。
The theory on the intergranular exchange? Coupling interaction in the nano? Crystalline magnetic materials is introduced in this paper.
练习效应则是由于交换耦合系统中反铁磁层的热激活反转所引起的。
The training effect is a result of thermally activation reversal of the antiferromagnetic layer through the exchange coupling.
晶粒相互作用可分为长程静磁相互作用和近邻晶粒的交换耦合相互作用。
The intergrain interactions can be classified as the long-range magnetostatic interaction and the exchange-coupling interaction of neighboring grains.
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