delaminate

delaminate的音标为[dɪ"læmɪneɪt] ，基本翻译为“分离层，分离成层”，速记技巧为：del-am-in-ate（分离层）。

Delaminate的英文词源是拉丁语的“de”和“lamina”，意思是“分离”和“薄片”。它的意思是“使分离成薄片”。

变化形式：复数形式是delaminations，过去式是delaminated或delaminated，现在分词是delaminating。

相关单词：

Demolish：这个词与delaminate同源，意思是摧毁或拆毁。

Dissociate：这个词的意思是分离或脱离关系，与delaminate有相似的含义。

Disintegrate：这个词的意思是使分裂或瓦解，与delaminate有相似的用途。

Eliminate：这个词的意思是消除或排除，常用于指消除某种障碍或问题。

Dissolution：这个词的意思是解体或溶解，与delaminate有相似的含义。

Separate：这个词的意思是分离或分开，常用于指将事物分开或分离。

Divide：这个词的意思是划分或分割，常用于指将事物分成若干部分。

Disperse：这个词的意思是分散或散开，常用于指将人群或物体分散开。

Disjoin：这个词的意思是使分离或分开，常用于指将物体分开或拆开。这些单词都与delaminate有相似的含义和用途。

常用短语：

1. delaminate from 从...分离

2. delaminate layers 分离层

3. delamination failure 分离层失效

4. delaminate into 分离成

5. delamination process 分离过程

6. delaminate layer by layer 逐层分离

7. delaminate the membrane 分离膜

双语例句：

1. The paperboard delaminated easily when exposed to moisture.

纸张板在受潮时容易分离。

2. The two layers of the composite material delaminated during the impact.

复合材料在冲击过程中发生分层。

3. The steel plate delaminated after being hit by a hammer.

钢板被锤子敲击后发生分层。

4. The paint layer delaminated from the base layer after being exposed to the weather.

涂料层在暴露于天气条件下从底漆层分离。

5. The rubber compound delaminated during vulcanization.

在硫化过程中，橡胶化合物发生分层。

6. The plastic parts delaminated after being exposed to high temperatures for a long time.

塑料部件在长时间暴露在高温下发生分层。

7. The adhesive failed to bond the two layers together, leading to delamination.

胶水未能将两层粘合在一起，导致分层。

英文小作文：

Delamination is a common problem in many materials and structures, especially in those that are exposed to high temperatures, moisture, or mechanical stress. When two layers of a material separate, it can lead to degradation of the overall performance and reliability of the component or system. Therefore, it is important to understand the causes and prevention methods of delamination in order to ensure the long-term reliability of critical components and systems.

In some cases, delamination may be unavoidable due to material properties or manufacturing limitations. However, in many cases, it can be prevented by optimizing material selection, processing techniques, and design considerations. For example, selecting materials with good bonding properties and ensuring proper assembly procedures can help reduce the risk of delamination. Additionally, monitoring and testing of critical components and systems can help identify early signs of delamination and take corrective action before it becomes a significant problem. Ultimately, a comprehensive understanding of delamination and its prevention strategies is essential for ensuring the long-term reliability of critical components and systems in a wide range of applications.