ferrimagnetisms properties
铁磁性特性
ferrimagnetisms materials
铁磁性材料
ferrimagnetisms behavior
铁磁性行为
ferrimagnetisms effects
铁磁性效应
ferrimagnetisms applications
铁磁性应用
ferrimagnetisms phenomena
铁磁性现象
ferrimagnetisms analysis
铁磁性分析
ferrimagnetisms study
铁磁性研究
ferrimagnetisms characteristics
铁磁性特征
ferrimagnetisms can be observed in various magnetic materials.
反铁磁性可以在各种磁性材料中观察到。
the study of ferrimagnetisms is crucial for developing new technologies.
研究反铁磁性对开发新技术至关重要。
understanding ferrimagnetisms helps in improving magnetic storage devices.
理解反铁磁性有助于改善磁存储设备。
ferrimagnetisms exhibit unique properties at different temperatures.
反铁磁性在不同温度下表现出独特的性质。
researchers are exploring ferrimagnetisms for spintronic applications.
研究人员正在探索反铁磁性在自旋电子学中的应用。
in ferrimagnetisms, the opposing magnetic moments create interesting phenomena.
在反铁磁性中，相对的磁矩产生有趣的现象。
ferrimagnetisms can influence electrical conductivity in certain materials.
反铁磁性可以影响某些材料的电导率。
the properties of ferrimagnetisms are essential for magnetic resonance imaging.
反铁磁性的性质对磁共振成像至关重要。
ferrimagnetisms play a significant role in the field of material science.
反铁磁性在材料科学领域中发挥着重要作用。
new discoveries in ferrimagnetisms could lead to advanced magnetic materials.
在反铁磁性方面的新发现可能会导致先进的磁性材料。
ferrimagnetisms properties
铁磁性特性
ferrimagnetisms materials
铁磁性材料
ferrimagnetisms behavior
铁磁性行为
ferrimagnetisms effects
铁磁性效应
ferrimagnetisms applications
铁磁性应用
ferrimagnetisms phenomena
铁磁性现象
ferrimagnetisms analysis
铁磁性分析
ferrimagnetisms study
铁磁性研究
ferrimagnetisms characteristics
铁磁性特征
ferrimagnetisms can be observed in various magnetic materials.
反铁磁性可以在各种磁性材料中观察到。
the study of ferrimagnetisms is crucial for developing new technologies.
研究反铁磁性对开发新技术至关重要。
understanding ferrimagnetisms helps in improving magnetic storage devices.
理解反铁磁性有助于改善磁存储设备。
ferrimagnetisms exhibit unique properties at different temperatures.
反铁磁性在不同温度下表现出独特的性质。
researchers are exploring ferrimagnetisms for spintronic applications.
研究人员正在探索反铁磁性在自旋电子学中的应用。
in ferrimagnetisms, the opposing magnetic moments create interesting phenomena.
在反铁磁性中，相对的磁矩产生有趣的现象。
ferrimagnetisms can influence electrical conductivity in certain materials.
反铁磁性可以影响某些材料的电导率。
the properties of ferrimagnetisms are essential for magnetic resonance imaging.
反铁磁性的性质对磁共振成像至关重要。
ferrimagnetisms play a significant role in the field of material science.
反铁磁性在材料科学领域中发挥着重要作用。
new discoveries in ferrimagnetisms could lead to advanced magnetic materials.
在反铁磁性方面的新发现可能会导致先进的磁性材料。
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