asyndeton

"asyndeton" 的音标是 [ˌæsɪnˈdɒtən]。

asyndeton是一种语法术语，表示在句中连续使用连接词（如and, but，or等）连接多个并列的名词或代词，省略了连接词。这种表达方式通常用于强调各个并列成分之间的逻辑关系，使句子更加简洁明了。

速记技巧：

记住缩写形式 "and" 可以表示 "and/but/or" 等连接词。

看到多个并列成分时，可以尝试省略连接词，只保留主要成分。

如果省略了连接词，需要确保各个并列成分之间的逻辑关系清晰明了。

希望这些信息对你有所帮助！

Asyndeton的英文词源可以追溯到拉丁语，意为“不连接的，不并列的”。这个词通常用于描述在书面或口头表达中，句子中的词语或短语没有按照常规的语法规则进行连接的情况。

变化形式：在语法上，asyndeton没有特定的形式变化，它主要是一种语意上的表达方式。

相关单词：以下是与asyndeton相关的几个英语单词，它们都与不连接、不并列的概念有关：

1. syncopation（音节省略）：这个词源于希腊语，意为“省略”，通常用于音乐和诗歌中，表示省略某些音节或韵脚。

2. concision（简洁）：这个词源于拉丁语，意为“简洁的，精炼的”，通常用于形容语言或文字的简洁明了。

3. apodosis（后继）：这个词源于拉丁语，意为“后继事件”，通常用于描述在演讲或写作中省略了某些细节或过程，而直接表达结果或结论。

4. disjunction（不连接）：这个词源于拉丁语，意为“不连接”，通常用于描述句子或事件之间的不连贯或断裂。

5. concatenation（连接）：这个词源于拉丁语，意为“连接”，通常用于描述词语、事件或想法之间的连贯性和联系。

以上这些单词都与asyndeton有密切的联系，它们都反映了语言中省略、简洁和连贯性的特点。

常用短语：

1. asynchronously

2. detonate

3. asynchronously detonate

4. asynchrony

5. detonation

6. asynchronous processing

7. detonator

例句：

1. When dealing with asynchronous tasks, it is important to ensure that the system is properly synchronized.

2. The detonation of a bomb can cause significant damage to the surrounding area.

3. The presence of asynchrony in a system can lead to performance issues and bottlenecks.

4. The detonator is a crucial component of any explosive device.

5. Asynchronous processing allows for greater flexibility and responsiveness in software systems.

6. Without proper synchronization, asynchronous processing can lead to data corruption and other errors.

英文小作文：

Asynchronous Deployment in Modern Software Development

Modern software development often involves complex systems with multiple components that need to interact asynchronously. This can pose challenges for developers who need to ensure that the system remains reliable and responsive despite the asynchronous nature of the interactions.

One solution is to use asynchronous deployment, which involves deploying components of the system in a way that minimizes the impact of any single component failure or delay on the overall system performance. This approach allows for greater flexibility and responsiveness in the system, while reducing the potential for bottlenecks or performance issues caused by synchronization issues.

However, asynchronous deployment also requires careful planning and coordination between teams to ensure that the system remains reliable and maintainable over time. This requires a high level of communication and collaboration between teams, as well as a clear understanding of the system architecture and its dependencies.

In conclusion, asynchronous deployment is a key strategy for ensuring the reliability and responsiveness of modern software systems, despite the asynchronous nature of their component interactions. It requires careful planning and coordination between teams, but can lead to significant benefits in terms of system performance and user experience.