allomorphism

allomorphism的音标是[ˌæləˈmɔːrmɪsɪs]，中文翻译为“同构化”。

速记技巧：将单词拆分为“all”和“morphosis”两部分，其中“morphosis”是一个词根，表示“变形”的意思。通过联想记忆，可以快速记住这个单词。

Allomorphism这个词的词源可以追溯到希腊语词根“allos”和“morphe”，意思是“不同的形式”或“变化”。这个词在化学中用来描述不同元素之间形成的化学键合，这些键合在形式上是相同的，但在本质上有所不同。

变化形式：Allomorphism作为名词时，其复数形式为allomorphs。

相关单词：

1. Allotrope：原义为“分配”或“分配的方式”，在化学中用来描述金属的同素异形体。例如，铁有不同的allotropes，如块状铁、海绵铁和条状铁。

2. Homomorphism：与allomorphism相对，表示“相同的映射”，在数学和计算机科学中用来描述两个集合之间的相似映射关系。

3. Monoalloy：单合金，一种只由一种金属组成的合金。

4. Polymorphism：多态性，在医学中用来描述疟疾等疾病的症状多样性。

5. Allotropy：同素异形性，用来描述同一种元素的不同形态或结构。

6. Alloys：合金，由两种或更多种金属组成的混合物。

7. Allomorph：变体形式，指语言学中的词形变化。

8. Allomorphy：变体性，指语言中词形的变化规律。

9. Allomorphy Principle：变体原则，语言学中的一个理论，指出语言中的词形变化是语言规则的一部分。

10. Allomorphy in Language：语言中的变体现象，指语言中词形变化的现象及其规律。

双语例句：

1. The two groups are isomorphic, meaning they have the same number of elements and the same structure.

2. The two countries are isomorphic, with similar political systems and economic systems.

3. The two languages are isomorphic, with similar grammatical structures and vocabulary.

4. The two organizations are isomorphic, with similar organizational structures and functions.

5. The two equations are isomorphic, meaning they have the same mathematical structure.

6. The two theories are isomorphic, with similar mathematical structures and mathematical properties.

7. The two cultures are isomorphic, with similar values and beliefs.

短语：

1. isomorphic mapping

2. isomorphic structure

3. isomorphic relationship

4. isomorphic organization

5. isomorphic equations

6. isomorphic theory

7. isomorphic culture

英文小作文：

Isomorphism is a concept that refers to the similarity between two systems or objects. In mathematics, it is used to describe two structures that are identical in all aspects, including the number of elements and the structure of the system itself. In biology, it can be used to describe the similarity between two species that share similar characteristics and behaviors. In social science, it can be used to describe the similarity between two organizations that have similar structures and functions.

Isomorphism plays an important role in many fields, including computer science, biology, and social science. It can help us better understand the relationship between two systems and provide valuable insights for making informed decisions. For example, in biology, studying the similarity between species can help us better understand their evolution and adapt to their environment. In social science, studying the similarity between organizations can help us better understand their functioning and make better decisions for our own organization. Therefore, we should always keep an eye on isomorphism and how it can help us better understand the world around us.