crosslink

crosslink的音标为[ˈkrɔslaɪk] ，基本翻译为“交联”，速记技巧为：cross交叉 + link链 = 交联。

Crosslink这个词的英文词源可以追溯到拉丁语词根“crux”，意为“十字架”。这个词在英语中主要用作动词，表示使（材料）发生交联或连接。它的变化形式包括过去式“crosslinked”和过去分词“crosslinked”。

相关单词：

“bridge”这个词也来自拉丁语，意为“桥”，与crosslink有相似的含义，都表示连接或交联。

“junction”也是一个相关词汇，它来自拉丁语词根“jungere”，意为“连接”，这个词在英语中表示连接点或交叉点。

“interconnect”也是一个相关的词汇，它来自“inter”和“connect”两个词，表示互相连接。

“cross-linker”是一个合成词，表示交联剂，用于化学反应中增加交联程度。

“linkage”也是一个相关的词汇，表示连接或关联。

“link”也是一个常见的词汇，表示连接或纽带。

“cross-sectional”这个词也与crosslink有关，表示横截面的，常用于描述交联的物质结构。

“cross-coupling”是一个合成词，表示交叉耦合，常用于化学反应中描述两个反应物之间发生的非正常反应。

“cross-cut”这个词也与crosslink有关，表示交叉切割，常用于描述材料的交联结构。

以上就是一些与crosslink相关的词汇，它们在英语中都有不同的含义和用法，共同构成了英语中交联这一概念的重要词汇库。

常用短语：

1. crosslink the rubber

2. crosslink the polymers

3. crosslink the proteins

4. crosslink the DNA

5. crosslink the bones

6. crosslink the nerves

7. crosslink the cells

例句：

1. The chemical crosslinking process can improve the mechanical properties of rubber.

2. The crosslinking of polymers can enhance their thermal stability and mechanical strength.

3. Crosslinking proteins can improve their stability and activity.

4. Crosslinking DNA can prevent its degradation and protect its function.

5. Crosslinking bones can improve their strength and durability.

6. Crosslinking nerves can enhance their transmission speed and signal quality.

7. Crosslinking cells can promote their growth and division.

英文小作文：

Crosslinking is a process that can be used to strengthen and improve various materials and substances. It can be applied to polymers, proteins, DNA, bones, nerves, and cells, among others. By using crosslinking techniques, these materials can be made stronger, more stable, and more resistant to degradation.

For example, crosslinking polymers can enhance their mechanical properties and thermal stability, while crosslinking proteins can improve their stability and activity. Crosslinking DNA can prevent its degradation and protect its function, while crosslinking bones can improve their strength and durability.

In addition, crosslinking cells can promote their growth and division, which can be beneficial for tissue repair and regeneration. Crosslinking nerves can enhance their transmission speed and signal quality, which can be helpful in the treatment of neurological disorders.

Therefore, crosslinking is a useful technique that can be applied to various materials and substances to improve their properties and functionality.