magnetostatics theory
磁静力学理论
magnetostatics equations
磁静力学方程
magnetostatics field
磁静力学场
magnetostatics effects
磁静力学效应
magnetostatics problems
磁静力学问题
magnetostatics applications
磁静力学应用
magnetostatics principles
磁静力学原理
magnetostatics models
磁静力学模型
magnetostatics phenomena
磁静力学现象
magnetostatics solutions
磁静力学解
magnetostatics is a branch of physics that deals with magnetic fields.
磁静力学是研究磁场的物理学分支。
understanding magnetostatics is essential for studying electromagnetism.
理解磁静力学对于研究电磁学至关重要。
magnetostatics can explain the behavior of permanent magnets.
磁静力学可以解释永久磁铁的行为。
in magnetostatics, the magnetic field is static and does not change over time.
在磁静力学中，磁场是静态的，随时间不变。
the laws of magnetostatics help in designing electrical devices.
磁静力学定律有助于设计电气设备。
magnetostatics is often studied in advanced physics courses.
磁静力学通常在高级物理课程中学习。
applications of magnetostatics include magnetic shielding and inductors.
磁静力学的应用包括磁屏蔽和电感器。
magnetostatics provides insight into the forces between magnetic poles.
磁静力学提供了对磁极之间力的洞察。
research in magnetostatics can lead to new technologies in data storage.
磁静力学的研究可以导致数据存储新技术的出现。
students often find magnetostatics challenging but rewarding to learn.
学生们通常觉得磁静力学具有挑战性，但学习后很有收获。
magnetostatics theory
磁静力学理论
magnetostatics equations
磁静力学方程
magnetostatics field
磁静力学场
magnetostatics effects
磁静力学效应
magnetostatics problems
磁静力学问题
magnetostatics applications
磁静力学应用
magnetostatics principles
磁静力学原理
magnetostatics models
磁静力学模型
magnetostatics phenomena
磁静力学现象
magnetostatics solutions
磁静力学解
magnetostatics is a branch of physics that deals with magnetic fields.
磁静力学是研究磁场的物理学分支。
understanding magnetostatics is essential for studying electromagnetism.
理解磁静力学对于研究电磁学至关重要。
magnetostatics can explain the behavior of permanent magnets.
磁静力学可以解释永久磁铁的行为。
in magnetostatics, the magnetic field is static and does not change over time.
在磁静力学中，磁场是静态的，随时间不变。
the laws of magnetostatics help in designing electrical devices.
磁静力学定律有助于设计电气设备。
magnetostatics is often studied in advanced physics courses.
磁静力学通常在高级物理课程中学习。
applications of magnetostatics include magnetic shielding and inductors.
磁静力学的应用包括磁屏蔽和电感器。
magnetostatics provides insight into the forces between magnetic poles.
磁静力学提供了对磁极之间力的洞察。
research in magnetostatics can lead to new technologies in data storage.
磁静力学的研究可以导致数据存储新技术的出现。
students often find magnetostatics challenging but rewarding to learn.
学生们通常觉得磁静力学具有挑战性，但学习后很有收获。
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