homomorph mapping
同态映射
homomorph function
同态函数
homomorph property
同态性质
homomorph algebra
同态代数
homomorph structure
同态结构
homomorph group
同态群
homomorph theorem
同态定理
homomorph relation
同态关系
homomorph representation
同态表示
homomorph isomorphism
同态同构
in mathematics, a homomorph is a structure-preserving map between two algebraic structures.
在数学中，同态是两个代数结构之间保持结构的映射。
the concept of a homomorph is essential in group theory.
同态的概念在群论中是至关重要的。
we can define a homomorph from one ring to another.
我们可以从一个环定义到另一个环的同态。
a homomorph helps to simplify complex algebraic problems.
同态有助于简化复杂的代数问题。
understanding the properties of a homomorph is crucial for advanced mathematics.
理解同态的性质对高等数学至关重要。
homomorphisms are often used to demonstrate equivalences between algebraic structures.
同态常用于证明代数结构之间的等价性。
in topology, a homomorph can relate different spaces.
在拓扑学中，同态可以关联不同的空间。
the study of homomorphs can lead to important discoveries in mathematics.
同态的研究可以导致数学中的重要发现。
one can visualize a homomorph as a bridge between two mathematical worlds.
可以将同态视为两个数学世界之间的桥梁。
homomorphs play a significant role in the classification of algebraic structures.
同态在代数结构的分类中起着重要作用。
homomorph mapping
同态映射
homomorph function
同态函数
homomorph property
同态性质
homomorph algebra
同态代数
homomorph structure
同态结构
homomorph group
同态群
homomorph theorem
同态定理
homomorph relation
同态关系
homomorph representation
同态表示
homomorph isomorphism
同态同构
in mathematics, a homomorph is a structure-preserving map between two algebraic structures.
在数学中，同态是两个代数结构之间保持结构的映射。
the concept of a homomorph is essential in group theory.
同态的概念在群论中是至关重要的。
we can define a homomorph from one ring to another.
我们可以从一个环定义到另一个环的同态。
a homomorph helps to simplify complex algebraic problems.
同态有助于简化复杂的代数问题。
understanding the properties of a homomorph is crucial for advanced mathematics.
理解同态的性质对高等数学至关重要。
homomorphisms are often used to demonstrate equivalences between algebraic structures.
同态常用于证明代数结构之间的等价性。
in topology, a homomorph can relate different spaces.
在拓扑学中，同态可以关联不同的空间。
the study of homomorphs can lead to important discoveries in mathematics.
同态的研究可以导致数学中的重要发现。
one can visualize a homomorph as a bridge between two mathematical worlds.
可以将同态视为两个数学世界之间的桥梁。
homomorphs play a significant role in the classification of algebraic structures.
同态在代数结构的分类中起着重要作用。
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