isomorphy class
同构类
isomorphy theorem
同构定理
isomorphy relation
同构关系
isomorphy type
同构类型
isomorphy property
同构性质
isomorphy mapping
同构映射
isomorphy group
同构群
isomorphy structure
同构结构
isomorphy analysis
同构分析
isomorphy concept
同构概念
isomorphy in chemistry refers to the similarity in crystal structure.
化学中的同构性指的是晶体结构的相似性。
the concept of isomorphy is important in the study of algebraic structures.
同构性的概念在代数结构的研究中很重要。
isomorphy can help us understand the relationships between different mathematical systems.
同构性可以帮助我们理解不同数学系统之间的关系。
in biology, isomorphy may refer to the similarity in form among different species.
在生物学中，同构性可能指的是不同物种之间形式的相似性。
the study of isomorphy has applications in various scientific fields.
同构性的研究在多个科学领域都有应用。
isomorphy can be observed in both natural and synthetic materials.
同构性可以在天然材料和合成材料中观察到。
understanding isomorphy is crucial for advancements in crystallography.
理解同构性对晶体学的进步至关重要。
researchers are exploring isomorphy to develop new materials with unique properties.
研究人员正在探索同构性，以开发具有独特性质的新材料。
isomorphy can simplify complex problems by revealing underlying similarities.
同构性可以通过揭示潜在的相似性来简化复杂的问题。
in topology, isomorphy helps classify different shapes and spaces.
在拓扑学中，同构性有助于分类不同的形状和空间。
isomorphy class
同构类
isomorphy theorem
同构定理
isomorphy relation
同构关系
isomorphy type
同构类型
isomorphy property
同构性质
isomorphy mapping
同构映射
isomorphy group
同构群
isomorphy structure
同构结构
isomorphy analysis
同构分析
isomorphy concept
同构概念
isomorphy in chemistry refers to the similarity in crystal structure.
化学中的同构性指的是晶体结构的相似性。
the concept of isomorphy is important in the study of algebraic structures.
同构性的概念在代数结构的研究中很重要。
isomorphy can help us understand the relationships between different mathematical systems.
同构性可以帮助我们理解不同数学系统之间的关系。
in biology, isomorphy may refer to the similarity in form among different species.
在生物学中，同构性可能指的是不同物种之间形式的相似性。
the study of isomorphy has applications in various scientific fields.
同构性的研究在多个科学领域都有应用。
isomorphy can be observed in both natural and synthetic materials.
同构性可以在天然材料和合成材料中观察到。
understanding isomorphy is crucial for advancements in crystallography.
理解同构性对晶体学的进步至关重要。
researchers are exploring isomorphy to develop new materials with unique properties.
研究人员正在探索同构性，以开发具有独特性质的新材料。
isomorphy can simplify complex problems by revealing underlying similarities.
同构性可以通过揭示潜在的相似性来简化复杂的问题。
in topology, isomorphy helps classify different shapes and spaces.
在拓扑学中，同构性有助于分类不同的形状和空间。
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