1) interaction/alloy phase formation
交互作用/合金相形成
2) alloying element interaction parameter
合金化交互作用
3) exchange-coupling interaction
交换耦合相互作用
1.
Effect of exchange-coupling interaction on the effective anisotropy for magnetic hard Nd_2Fe_(14)B grain was investigated.
以纳米Nd2Fe14B永磁材料为例,研究了硬磁晶粒间交换耦合相互作用对磁体有效各向异性的影响。
2.
Effects of the exchange-coupling interaction between the grains on the effective anisotropy and the coercive field in nano-composite permanent magnets were investigated by establishing a model of globosity.
通过建立球状晶粒模型,研究了纳米硬磁相晶粒之间的交换耦合相互作用对晶粒有效各向异性和矫顽力的影响,结果表明随着晶粒直径的减小,晶粒之间的交换耦合相互作用将随之增强,而材料的有效各向异性和矫顽力将逐渐下降。
3.
Taking nanocrystalline Nd_2Fe_(14)B as a typical sample, based on Herzer′s random anisotropy theory and adopting the cubic grain model, the partial exchange-coupling interaction model was established and the dependence of effective anisotropy constant K_(eff) on grain size was investigated.
结果表明:晶粒之间的交换耦合相互作用随晶粒尺寸的减小而增强,材料的有效各向异性Keff随晶粒尺寸的减小逐渐下降。
4) exchange coupling interaction
交换耦合相互作用
1.
The intergrain interactions can be distinguished as the long rang magnetostatic interaction and the exchange coupling interaction.
晶粒相互作用可区分为长程静磁相互作用及近邻晶粒的交换耦合相互作用。
2.
The interactions can be classified as the longrange magnetostatic interaction between the grains and the exchange coupling interaction of the neighboring grains.
相互作用可分为晶粒之间的长程静磁相互作用和近邻晶粒之间的交换耦合相互作用。
3.
The effects of exchange coupling interactions between grains on the effective anisotropy and the variation in Nd 2Fe 14 B/α Fe nanocomposite permanent materials were investigated.
研究了纳米Nd2 Fe1 4B α Fe复合永磁材料中晶粒交换耦合相互作用对有效各向异性的影响和变化规律 。
5) intergranular exchange@P1coupling interaction
晶粒交换耦合相互作用
6) Interaction of heavy metals
重金属交互作用
补充资料：交互作用犯罪原因论
交互作用犯罪原因论
mutual effect aetiology towards crime
交互作用犯罪原因论(m utual effeer aeti-ology towards erime)把与犯罪有关的各种主、客观因素的相互作用本身看作犯罪原因的理论苏联当代犯罪学家库德里亚夫采夫(Ky及p*。以e马13.)认为，可以把整个相五_作用本身看作原因，而把由于各种因素相互作用引起事物的变化看作结果无论是内因还是外因，都是发生作用、产生结果的因素。犯罪行为的发生是各种主客观因素相互作用的结果。这种观点从20世纪60年代起在苏联开始流行〔 (解玉教撰何为民审)
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