adiabatic curing

adiabatic curing的音标为["ædɪə"bætɪk kʌrɪŋ]，基本翻译为“绝热固化”，速记技巧为：ad（adjective）+ iabatic（无热量的）+ curing（治疗，治愈）。

英文词源：

adiabatic curing（绝热固化）这个词源于希腊语“adiabatic”（意为“不传热的”）和“curing”（意为“治愈，固化”）的组合。

变化形式：

在英语中，这个词通常被写作“adiabatic curing”或“adiabatic-curing”。

相关单词：

1. Thermal curing（热固化）：这个词指的是通过加热来使物质固化的过程。

2. Radiation curing（辐射固化）：这个词指的是使用辐射能量来使物质固化的过程。

3. Isothermal curing（等温固化）：这个词指的是固化过程中温度保持不变的过程。

4. Non-adiabatic curing（非绝热固化）：这个词指的是不通过传热过程来固化的过程。

5. Catalytic curing（催化固化）：这个词指的是通过催化剂加速固化过程的过程。

6. Aqueous curing（水性固化）：这个词指的是使用水作为固化剂的过程。

7. Chemical curing（化学固化）：这个词指的是通过化学反应来使物质固化的过程。

8. Photo-curing（光固化）：这个词指的是使用光能来使物质固化的过程。

9. Thermo-initiated curing（热引发固化）：这个词指的是通过加热引发固化反应的过程。

10. Free radical curing（自由基固化）：这个词指的是通过自由基的形成和反应来使物质固化的过程。

常用短语：

1. adiabatic polymerization

2. adiabatic curing process

3. slow adiabatic curing

4. fast adiabatic curing

5. room temperature curing

6. high temperature curing

7. ultraviolet curing

例句：

1. The paint will undergo adiabatic curing in the sun.

2. The rubber will undergo adiabatic curing at room temperature.

3. The polymer will undergo a fast adiabatic curing process in the presence of a catalyst.

4. The rubber band will undergo slow adiabatic curing over a period of time.

5. The plastic will undergo room temperature curing after being mixed with the correct amount of adhesive.

6. The rubber tire will undergo high temperature curing to improve its strength and durability.

7. The printed circuit board will undergo ultraviolet curing to seal the adhesive and prevent corrosion.

英文小作文：

Adiabatic Curing: The Secret to Strong Materials

Adiabatic curing is a process that transforms materials into strong, resilient substances through controlled chemical reactions. It is commonly used in the production of polymers, rubbers, and plastics, among others. The process involves maintaining a constant temperature and pressure while the materials undergo chemical changes, resulting in strong bonds and structures that are resistant to deformation and degradation.

In the case of polymers, adiabatic curing occurs when monomers are polymerized under high temperatures and pressures, forming a strong, resilient material that can withstand various environmental conditions. Rubbers undergo a similar process at room temperature, where they undergo chemical changes that result in a material that is elastic and resilient, making it suitable for use in various applications such as car tires and footwear. Plastics undergo room temperature curing after being mixed with the correct amount of adhesive, where they undergo chemical changes that result in a strong, rigid material that can be molded into various shapes and sizes.

Adiabatic curing is a crucial process in the manufacturing industry, as it allows for the production of strong, resilient materials that are suitable for various applications and environments. Understanding the process and controlling it effectively is essential for ensuring the quality and performance of materials produced using this process.