atomically

atomically ["təmɪkɪtli] 的音标为英 [ˌætomɪkli] ，意思是逐个原子地。基本翻译为“原子地，逐个地”。速记技巧可以是将音标中的字母拆分，并用其他字母代替这些字母，例如将字母“t”替换为字母“s”，得到“s-m-i-c-k-l-y”这样的速记方式。这样可以帮助记忆和快速识别该单词。

英文单词“atomically”来源于拉丁语“atomus”，意为“原子”。其变化形式主要有：

1. atom - 原子，基本粒子

2. atomic - 原子的，与原子相关的

相关单词：

1. atomization - 原子化，使原子化

2. atomicity - 原子性，与原子特性相关的性质

3. atomicity of matter - 物质原子性，物质的基本构成单位是原子的观点

4. atomic number - 原子序数，表示原子中质子数的数字

5. atomic weight - 原子质量，表示原子中质子和中子质量的总和

6. atomic physics - 原子物理学，研究原子的性质和行为的学科

7. atomic nucleus - 原子核，原子的中心部分，主要由质子和中子组成

8. atomic decay - 原子衰变，指原子核自发地放出粒子的过程

9. atomic bomb - 原子弹，利用核裂变或核聚变产生巨大爆炸力的武器

10. atomic energy - 原子能，由原子核释放的能量形式。它被广泛用于发电、工业生产和其他领域。

“atomically”这个词通常用于描述某种操作或过程是原子的，也就是说，这个操作或过程在执行过程中不会被其他因素干扰或中断。

常用短语：

1. atomically distributed

2. atomically precise

3. atomically fast

4. atomically secure

5. atomically accurate

6. atomically controlled

7. atomically reliable

例句：

1. The process was performed atomistically precise to ensure flawless results.

2. The atomically fast device is capable of processing data at a blistering pace.

3. The atomically secure system ensures the safety of sensitive information at all times.

4. The atomically accurate measurements were made with the most advanced equipment available.

5. The atomically controlled system ensures precise control over all operations.

6. The atomically reliable system is designed to withstand even the most extreme conditions.

英文小作文：

Atomic precision: The future of technology

Technology has come a long way since the dawn of the industrial revolution, and it continues to evolve at an astonishing pace. Today, we are witnessing the rise of atomically precise technology, which promises to revolutionize the way we live, work, and play.

Atomically precise technology involves manipulating individual atoms to create precise structures and devices that are smaller and more powerful than anything we have seen before. From medicine to manufacturing, from energy production to information storage, this technology has the potential to transform virtually every aspect of our lives.

The benefits of atomically precise technology are numerous. It could lead to more efficient and sustainable manufacturing processes, as well as more precise medical diagnoses and treatments. It could also enable us to create new materials with unprecedented properties, such as stronger, lighter, and more durable materials.

However, atomically precise technology also poses some challenges. It requires a high level of precision and control, which means that it is not yet suitable for widespread use in many applications. Additionally, it is expensive and time-consuming to develop and manufacture atomically precise devices and structures.

Despite these challenges, the potential benefits of atomically precise technology are too great to ignore. As we continue to develop this technology and improve our understanding of atomic processes, we will undoubtedly witness a new era of innovation and progress.