anodize

anodize的音标是[ə"nəʊdaɪz]，基本翻译是“使表面氧化”。

速记技巧：可以将该单词拆分为“anod”和“ize”，其中“anod”可以理解为“非氧化物”，“ize”是动词后缀，表示使...化。因此，可以联想到该单词的含义是与“氧化”无关，使表面变成非氧化物。

Anodize的英文词源：

Anodize是一个英语单词，意思是通过阳极氧化处理。这个词是由“anodize”和“oxide”两个部分组成的。其中，“anodize”来源于法语“anodiser”，意为“氧化”。而“oxide”则来源于拉丁语“oxy-”，意为“氧”。

变化形式：

Anodize的名词形式是anodization。动词形式包括anodize和anodise。形容词形式为anodal。

相关单词：

1.Oxidize：意为“氧化”，与anodize相反，是另一个常见的化学过程。

2.Alkaline：意为“碱性的”，与anodize相关的化学反应通常发生在碱性环境中。

3.Oxidant：意为“氧化剂”，是进行氧化反应所需的物质。

4.Redox：意为“氧化还原”，是一个化学术语，用于描述氧化和还原的过程。

5.Oxidation：意为“氧化作用”，是一个常见的化学术语，与anodize相关。

6.Anodization：意为“阳极氧化处理”，是一种金属表面处理技术，常用于提高金属的耐腐蚀性和硬度。

7.Anodic：意为“阳极的”，是形容词形式，用于描述与阳极氧化处理相关的特性。

8.Anodise：意为“使阳极氧化”，是一个动词形式，常用于描述对金属进行阳极氧化的过程。

9.Anodiseable：意为“可阳极氧化的”，是一个形容词形式，用于描述可以被阳极氧化的特性。

10.Anodiseisealability：意为“可阳极氧化处理的能力”，是一个名词形式，用于描述金属表面处理技术的一种能力。

anodize的常用短语：

1. anodize surface 钝化表面

2. anodize coating 氧化膜

3. anodize layer 氧化层

4. anodize oxide 氧化物

5. anodize treatment 钝化处理

6. anodize process 氧化处理

7. anodize layer thickness 氧化层厚度

例句：

1. The aluminum surface was anodized to improve corrosion resistance.

2. The anodize coating on the car was very bright and shiny.

3. The anodize process is commonly used in the automotive industry.

4. The thickness of the anodize layer determines its durability.

5. The anodize coating on the watch is very smooth and delicate.

6. The anodize treatment can enhance the appearance of the product.

7. Anodizing can improve the wear resistance of the aluminum surface.

英文小作文：

Protecting Aluminum Surfaces with Anodizing

Aluminum is a popular material for use in many different products due to its lightweight and corrosion resistance properties. However, aluminum surfaces can suffer from wear and corrosion over time, which can affect the appearance and durability of the product. To protect aluminum surfaces, anodizing is a common process that can be used to create a protective coating on the surface of the aluminum.

Anodizing involves applying a voltage to the aluminum surface, which causes oxide layers to form on the surface of the aluminum. These layers provide a protective coating that can prevent wear and corrosion from occurring on the surface of the aluminum. Anodizing also creates a smooth, glossy finish that can enhance the appearance of the product.

Anodizing is commonly used in the automotive, electronics, and sports equipment industries, among others. By using anodizing processes, manufacturers can improve the durability and longevity of their products, while also enhancing their appearance and value. Anodizing is a cost-effective and environmentally friendly process that can help businesses create more durable and attractive products for their customers.