atomized

atomized的音标为[ˈætəmaɪzd] ，基本翻译为“原子化的；微粒的”，速记技巧为“at-o-mit-ize，at-o-mit-ize”。

"atomized"这个词的词源可以追溯到拉丁语"atomus"，意为"微粒"或"原子"。它通过"atomize"这个动词形式演变而来，表示将某物分解为原子或微粒。

变化形式：动词形式"atomize"有过去式"atomized"，过去分词"atomized"，现在分词"atomizing"和形容词形式"atomized"。

相关单词：

1. "dissociate"（分离）：这个词与"atomized"有相似的含义，都表示将某物分解或分离。例如，"These chemicals dissociated into their component atoms."（这些化学物质被分解成它们的原子组成部分。）

2. "fragment"（碎片）：这个词与"atomized"也有关联，都表示被分解成小部分或碎片。例如，"The sculpture was fragmented into many small pieces."（这座雕塑被分解成许多小碎片。）

3. "subatomic"（亚原子）：这个词表示在原子之下的物质单位，与"atomized"相关。例如，"Subatomic particles are fundamental building blocks of matter."（亚原子粒子是物质的基本构成单位。）

以上单词都与"atomized"有着某种程度的联系，它们都表示将某物分解成更小的部分。这些单词在英语中广泛使用，并具有丰富的含义和用法。

常用短语：

1. atomize the air

2. atomize the liquid

3. atomize the particles

4. atomize the gas

5. atomize the solution

6. atomize the paint

7. atomize the ink

例句：

1. The process of atomizing the liquid is essential for spraying technology.

2. The atomizer is a crucial component of the printing machine that ensures precise ink distribution.

3. The gas has been atomized sufficiently for effective combustion in the furnace.

4. The particles were atomized into a mist using a high-pressure spray nozzle.

5. The air was atomized with a fine mist of water to create a cooling effect.

6. The paint was atomized into a fine powder using a high-speed centrifuge.

7. The solution was atomized into droplets using a nozzle and then deposited onto the surface.

英文小作文：

Title: Atomization - A Key Process in Modern Technology

Atomization is a fundamental process that plays a crucial role in various fields of modern technology, including spraying, printing, combustion, cooling, and powder production. From a simple household spray bottle to a high-speed printing machine, atomization is essential for ensuring precise and effective delivery of substances in their various forms.

In spraying technology, atomization converts a liquid into a fine mist that can be easily spread over a surface or into the air, greatly increasing the coverage area and efficiency of the application process. In printing, atomization ensures precise ink distribution onto the paper, resulting in high-quality and consistent printouts. In combustion, atomization allows for more efficient conversion of fuel into heat and energy, reducing emissions and ensuring safe and reliable operation of the system.

Atomization also plays an important role in cooling systems, where it creates a fine mist of water that dissipates heat and reduces the temperature of the system components. Similarly, in powder production, atomization converts a liquid into a fine powder, which can then be used in various industrial processes.

From these examples, it is clear that atomization is a versatile and essential process that has revolutionized many aspects of modern technology, making them more efficient, reliable, and environmentally friendly.