adhesion

adhesion的音标是[ədˈhiːʒən]，基本翻译是“黏着；附着；附着物”。速记技巧是利用字母代替语言中的单词或句子。

Adhesion这个词的词源可以追溯到拉丁语adhesus，意为“粘附”或“黏着”。Adhesion这个词在英语中通常指物体之间的粘附或附着，特别是在材料科学和生物医学中。

变化形式：

1. Adhesive（形容词）：意为“粘性的”或“黏着的”。

2. Adhere（动词）：意为“粘附”或“坚持”。

相关单词：

1. Adhesion force（粘附力）：描述物体之间由于粘附而产生的力。

2. Adhesion coating（附着涂层）：一种涂层材料，用于增强物体的粘附力。

3. Adhesive bonding（粘合）：一种制造工艺，用于将两个物体粘在一起。

4. Adhesion test（粘附测试）：一种材料测试方法，用于评估物体之间的粘附强度。

5. Adhesion stress（粘附应力）：描述物体粘附时的应力。

6. Adhesion model（粘附模型）：一种理论模型，用于描述物体之间的粘附行为。

7. Adhesion resistance（抗粘性）：指物体抵抗粘附的能力。

8. Adhesion layer（粘附层）：指物体之间发生粘附的区域。

9. Adhesion force density（粘附力密度）：描述单位面积上的粘附力。

10. Adhesion-resistant coating（抗粘性涂层）：一种涂层材料，用于提高物体的抗粘附能力。

Adhesion这个词在英语中是一个重要的词汇，它描述了物体之间的相互作用方式，在许多领域都有广泛的应用。

常用短语：

1. adhesion bonding

2. adhesive tape

3. adhesive strength

4. cohesion-adhesion relationship

5. cohesive strength

6. adhesive properties

7. cohesion-adhesion model

例句：

1. The adhesive bonding process ensures a strong bond between the two surfaces.

2. The adhesive tape is easy to use and provides a secure fix.

3. The adhesive strength of the glue is crucial for ensuring a good bond.

4. The cohesion-adhesion relationship determines the stability of a material under stress.

5. The cohesive strength of a material determines its resistance to failure.

6. Adhesive properties are crucial for bonding materials together.

7. The cohesion-adhesion model explains how materials behave under different conditions.

英文小作文：

Adhesion is a crucial aspect of many materials and processes, whether it be in bonding two surfaces together, or in the strength of a material itself. Adhesion refers to the strength of the bond between two materials, and it is determined by factors such as surface cleanliness, wettability, and mechanical properties of the materials involved. Strong adhesion can result in long-lasting bonds that are resistant to wear and tear, making it essential in various applications, such as in construction, automotive, and medical fields.

However, adhesion can be challenging to achieve and maintain, especially under varying conditions such as temperature, humidity, and mechanical stress. Understanding the factors that affect adhesion is therefore crucial for ensuring successful bonding and material performance.