diamagnetism effect
反磁性效应
diamagnetism materials
反磁性材料
diamagnetism phenomenon
反磁性现象
diamagnetism properties
反磁性特性
diamagnetism theory
反磁性理论
diamagnetism field
反磁性场
diamagnetism behavior
反磁性行为
diamagnetism applications
反磁性应用
diamagnetism study
反磁性研究
diamagnetism measurement
反磁性测量
diamagnetism is a property of materials that causes them to repel magnetic fields.
反磁性是材料的一种特性，使其能够排斥磁场。
some materials exhibit strong diamagnetism under certain conditions.
某些材料在特定条件下表现出强反磁性。
diamagnetism is often observed in materials like bismuth and copper.
反磁性通常在铋和铜等材料中观察到。
the phenomenon of diamagnetism can be explained by quantum mechanics.
反磁现象可以通过量子力学来解释。
scientists use diamagnetism to develop new magnetic materials.
科学家利用反磁性开发新型磁性材料。
diamagnetism is different from paramagnetism and ferromagnetism.
反磁性不同于顺磁性和铁磁性。
in a strong magnetic field, diamagnetism can be observed in living organisms.
在强磁场中，活生物体中可以观察到反磁性。
diamagnetism can be used in magnetic levitation technologies.
反磁性可用于磁悬浮技术。
understanding diamagnetism is important for physicists studying magnetic properties.
理解反磁性对研究磁性特性的物理学家很重要。
researchers are exploring the applications of diamagnetism in electronics.
研究人员正在探索反磁性在电子学中的应用。
diamagnetism effect
反磁性效应
diamagnetism materials
反磁性材料
diamagnetism phenomenon
反磁性现象
diamagnetism properties
反磁性特性
diamagnetism theory
反磁性理论
diamagnetism field
反磁性场
diamagnetism behavior
反磁性行为
diamagnetism applications
反磁性应用
diamagnetism study
反磁性研究
diamagnetism measurement
反磁性测量
diamagnetism is a property of materials that causes them to repel magnetic fields.
反磁性是材料的一种特性，使其能够排斥磁场。
some materials exhibit strong diamagnetism under certain conditions.
某些材料在特定条件下表现出强反磁性。
diamagnetism is often observed in materials like bismuth and copper.
反磁性通常在铋和铜等材料中观察到。
the phenomenon of diamagnetism can be explained by quantum mechanics.
反磁现象可以通过量子力学来解释。
scientists use diamagnetism to develop new magnetic materials.
科学家利用反磁性开发新型磁性材料。
diamagnetism is different from paramagnetism and ferromagnetism.
反磁性不同于顺磁性和铁磁性。
in a strong magnetic field, diamagnetism can be observed in living organisms.
在强磁场中，活生物体中可以观察到反磁性。
diamagnetism can be used in magnetic levitation technologies.
反磁性可用于磁悬浮技术。
understanding diamagnetism is important for physicists studying magnetic properties.
理解反磁性对研究磁性特性的物理学家很重要。
researchers are exploring the applications of diamagnetism in electronics.
研究人员正在探索反磁性在电子学中的应用。
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