dipso

"dipso"的音标为/ˈdɪp(ə)səʊ/，基本翻译为"二吡啶氧化物"，速记技巧为"二吡啶(dipyridine) + 氧化物(oxide)"。

Dipso的英文词源可以追溯到拉丁语“dipsus”，意为“沉没”或“浸入”。它的变化形式包括名词形式“dipso”和形容词形式“dipso-”。

相关单词：

dip: 浸入，浸渍，蘸取

dipper: 浸渍器，浸渍杯

immersion: 浸入，浸渍，沉浸

immersion heater: 浸入式加热器，水浸加热器

dipping: 浸渍，蘸取，浸入

submerge: 浸没，淹没，使淹没

submersible: 可以浸入的，可以潜入的

dipsomaniac: 沉溺于饮酒的人，酒瘾者

diphtheria: 白喉，一种由病毒引起的呼吸道疾病

以上这些单词都与dipso有某种联系，它们在词义和用法上都有所不同，但都与“浸入”、“沉浸”等概念有关。这些单词在英语中广泛应用，体现了英语词汇的丰富性和多样性。

常用短语：

1. dipso-dip

2. dipso-rise

3. dipso-wash

4. dipso-mix

5. dipso-spray

6. dipso-drying

7. dipso-cool

双语例句：

1. The dipso-dip process is used to produce a new type of plastic material.

2. The dipso-wash process is commonly used in the textile industry.

3. The dipso-mix method is a convenient way to mix chemicals together.

4. The dipso-spray process is commonly used in the food industry to coat food items with a thin layer of coating material.

5. The dipso-drying process is commonly used in the pharmaceutical industry to dry active ingredients.

6. The dipso-cool process is used to cool hot objects quickly and efficiently.

英文小作文：

Dipso is a fascinating phenomenon that can be observed in many different fields of science and technology. It is a type of self-assembly process that can be used to create new materials and products with unique properties and characteristics. Dipso can be applied in various ways, such as in the production of plastic materials, textiles, chemicals, food coatings, pharmaceuticals, and more.

One of the most common applications of dipso is in the textile industry, where it is commonly used in the dipso-wash process to create unique patterns and textures in fabrics. Another application of dipso is in the production of plastic materials, where it can be used in the dipso-dip process to create new types of plastic materials with enhanced properties and performance.

In conclusion, dipso is a fascinating phenomenon that can be applied in many different ways to create new materials and products with unique properties and characteristics. It has the potential to revolutionize various industries and fields of science and technology, and it continues to fascinate researchers and scientists around the world.