catenation

简明释义

英[ˌkætɪˈneɪʃən]美[ˌkætəˈneɪʃən]

n. 连锁

英英释义

单词用法

同义词

反义词

例句

1.Based on the analysis of the water-heat distribution and catenation, the relevant planting countermeasures were brought forward.

在分析了各区水热分布特征及其耦合情况的基础上，提出相应的种植对策。

2.Based on the analysis of the water-heat distribution and catenation, the relevant planting countermeasures were brought forward.

在分析了各区水热分布特征及其耦合情况的基础上，提出相应的种植对策。

3.The catenation 链状连接 of different software modules can enhance functionality.

不同软件模块的catenation 链状连接 可以增强功能。

4.The catenation 链状连接 of tasks in project management is crucial for efficiency.

项目管理中任务的catenation 链状连接 对提高效率至关重要。

5.In linguistics, the catenation 链状连接 of phrases creates compound sentences.

在语言学中，短语的catenation 链状连接 创建复合句。

6.In chemistry, the catenation 链状连接 of carbon atoms leads to the formation of complex molecules.

在化学中，碳原子的catenation 链状连接 导致复杂分子的形成。

7.The process of DNA replication involves the catenation 链状连接 of newly formed strands.

DNA复制过程涉及新形成的链的catenation 链状连接。

作文

In the realm of chemistry, the concept of catenation plays a pivotal role in understanding the behavior of certain elements, particularly carbon. Catenation refers to the ability of an element to form chains or rings by bonding with itself. This property is not only fascinating but also essential for the formation of complex molecules that are the building blocks of life. For example, the long chains of carbon atoms in organic compounds demonstrate how catenation enables the diversity of chemical structures. The unique ability of carbon to catenate allows for the creation of various forms such as straight chains, branched chains, and cyclic compounds. Each of these structures has its own properties and functions, making carbon a versatile element in organic chemistry.Beyond chemistry, catenation can also be observed in other fields, such as computer science and linguistics. In computer science, the idea of linking or chaining together data structures can be seen as a form of catenation. For instance, linked lists are a data structure that allows for the dynamic organization of data by connecting nodes. Each node contains data and a reference to the next node, forming a chain that can be easily traversed and manipulated. This type of catenation is crucial for efficient data management and retrieval, showcasing how the principle can be applied beyond traditional scientific boundaries.In linguistics, catenation appears in the way words and phrases are connected to form coherent sentences. When we speak or write, we often link ideas together through conjunctions and transitions, creating a flow of thought that is understandable to the reader or listener. This linguistic catenation is essential for effective communication, as it allows us to express complex ideas in a structured manner. Without this ability to catenate our thoughts, our language would be fragmented and difficult to comprehend.Moreover, the significance of catenation extends to social and cultural contexts. In relationships, individuals often form connections that can be compared to catenation. Friendships, family ties, and community bonds create a network of support and interaction that enriches our lives. These connections can be seen as a chain of experiences and emotions that contribute to our identity and sense of belonging. Just as in chemistry, where the strength and stability of a catenation affect the properties of a compound, the quality of our relationships influences our overall well-being.In conclusion, the term catenation encompasses a broad range of applications across various disciplines. From the molecular chains in chemistry to the interconnectedness of ideas in linguistics and the bonds formed in human relationships, catenation is a fundamental concept that illustrates the importance of connection and continuity. Understanding catenation allows us to appreciate the complexity and beauty of both the natural world and our social interactions. As we explore the many facets of catenation, we gain insight into the intricate web of relationships that shape our existence and the universe around us.

在化学领域，catenation的概念在理解某些元素的行为时起着关键作用，尤其是碳。Catenation指的是一种元素通过与自身结合而形成链或环的能力。这一特性不仅令人着迷，而且对于形成复杂分子至关重要，这些分子是生命的基本构建块。例如，有机化合物中长链碳原子的存在展示了< span>catenation如何使化学结构多样化。碳的独特能力使得它可以catenate，从而创造出直链、支链和环状化合物等各种形式。这些结构各自具有不同的性质和功能，使碳在有机化学中成为一种多功能元素。除了化学以外，catenation也可以在其他领域中观察到，例如计算机科学和语言学。在计算机科学中，将数据结构链接或连接在一起的想法可以视为一种catenation。例如，链表是一种数据结构，它通过连接节点来动态组织数据。每个节点包含数据和对下一个节点的引用，从而形成一条可以轻松遍历和操作的链。这种类型的catenation对于高效的数据管理和检索至关重要，展示了这一原理如何超越传统科学界限。在语言学中，catenation体现在单词和短语连接形成连贯句子的方式。当我们说话或写作时，我们常常通过连词和过渡词将思想联系在一起，创造出易于理解的思维流。这种语言上的catenation对于有效沟通至关重要，因为它使我们能够以结构化的方式表达复杂的思想。如果没有这种将思想catenate的能力，我们的语言将会支离破碎，难以理解。此外，catenation的重要性还延伸到社会和文化背景中。在人际关系中，个人之间常常形成的联系可以与catenation进行比较。友谊、家庭纽带和社区关系形成了一种支持和互动的网络，丰富了我们的生活。这些联系可以被看作是一系列经验和情感的链条，构成了我们的身份和归属感。就像在化学中，catenation的强度和稳定性影响化合物的性质一样，我们关系的质量也会影响我们的整体幸福感。总之，catenation这个术语涵盖了多个学科中的广泛应用。从化学中的分子链到语言学中思想的相互联系，以及人际关系中形成的纽带，catenation是一个基本概念，说明了连接和连续性的重要性。理解catenation使我们能够欣赏自然世界和社会互动的复杂性和美丽。当我们探索catenation的许多方面时，我们获得了对塑造我们存在和周围宇宙的复杂关系网络的洞察。