magnetization curve
磁化曲线
magnetization process
磁化过程
magnetization reversal
磁化反转
magnetization measurement
磁化测量
magnetization density
磁化密度
magnetization dynamics
磁化动力学
magnetization saturation
磁化饱和
magnetization vector
磁化矢量
magnetization state
磁化状态
magnetization theory
磁化理论
the magnetization of the material can be altered by applying an external magnetic field.
通过施加外部磁场，可以改变材料的磁化。
scientists study the magnetization process to improve data storage technologies.
科学家研究磁化过程以改善数据存储技术。
temperature affects the magnetization of ferromagnetic materials.
温度会影响铁磁材料的磁化。
the magnetization curve provides insights into the magnetic properties of a substance.
磁化曲线提供了关于物质磁性特性的见解。
understanding magnetization is crucial for developing new magnetic materials.
理解磁化对开发新型磁性材料至关重要。
magnetization can be measured using various experimental techniques.
磁化可以通过各种实验技术进行测量。
increased magnetization leads to stronger magnetic fields.
增加的磁化会导致更强的磁场。
the process of magnetization is essential in electric motor design.
磁化过程在电动机设计中至关重要。
researchers are exploring the relationship between magnetization and electrical conductivity.
研究人员正在探索磁化与电导率之间的关系。
magnetization reversal is a key phenomenon in magnetic recording technology.
磁化反转是磁记录技术中的一个关键现象。
magnetization curve
磁化曲线
magnetization process
磁化过程
magnetization reversal
磁化反转
magnetization measurement
磁化测量
magnetization density
磁化密度
magnetization dynamics
磁化动力学
magnetization saturation
磁化饱和
magnetization vector
磁化矢量
magnetization state
磁化状态
magnetization theory
磁化理论
the magnetization of the material can be altered by applying an external magnetic field.
通过施加外部磁场，可以改变材料的磁化。
scientists study the magnetization process to improve data storage technologies.
科学家研究磁化过程以改善数据存储技术。
temperature affects the magnetization of ferromagnetic materials.
温度会影响铁磁材料的磁化。
the magnetization curve provides insights into the magnetic properties of a substance.
磁化曲线提供了关于物质磁性特性的见解。
understanding magnetization is crucial for developing new magnetic materials.
理解磁化对开发新型磁性材料至关重要。
magnetization can be measured using various experimental techniques.
磁化可以通过各种实验技术进行测量。
increased magnetization leads to stronger magnetic fields.
增加的磁化会导致更强的磁场。
the process of magnetization is essential in electric motor design.
磁化过程在电动机设计中至关重要。
researchers are exploring the relationship between magnetization and electrical conductivity.
研究人员正在探索磁化与电导率之间的关系。
magnetization reversal is a key phenomenon in magnetic recording technology.
磁化反转是磁记录技术中的一个关键现象。
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