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.
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.
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。
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。
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。
The intergrain interactions can be distinguished as the long rang magnetostatic interaction and the exchange coupling interaction.
海-气间湍流热通量是研究海气相互作用的重要课题，深刻理解海气间湍流热交换有助于进一步耦合大气海洋模式，也有助于进一步研究海洋热量和淡水收支等科学问题。
The sea surface turbulent heat fluxes, as the key subjects of air-sea interaction, are very important for understanding the coupled atmosphere-ocean models and oceanic heat and freshwater budget.
海-气间湍流热通量是研究海气相互作用的重要课题，深刻理解海气间湍流热交换有助于进一步耦合大气海洋模式，也有助于进一步研究海洋热量和淡水收支等科学问题。
The sea surface turbulent heat fluxes, as the key subjects of air-sea interaction, are very important for understanding the coupled atmosphere-ocean models and oceanic heat and freshwater budget.
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