atomistic

atomistic的音标为[ˌætəˈmɪstɪk]，基本翻译为“原子主义的；微细的；精细的”。

速记技巧：atom-微粒，-istic表示…的，整体联想为微粒组成的。

"atomistic"这个词源于希腊语"atomos"，意思是"最小的、不可再分的单位"。它的变化形式包括其过去式和过去分词"atomized"以及现在分词"atomizing"。

相关单词：

atomization：原子化，细化

atomizing：细化，使微粒化

atomic：原子的，原子构成的

atomicity：原子性

atomically：原子地，微粒地

这些单词在描述微观、精细、不可分割等概念时非常有用。例如，"atomicity"可以用来描述程序的原子性，即一个操作要么完全成功，要么完全失败，不产生中间状态。而"atomizing"则可以用来描述将一个大问题分解成更小的子问题来解决的过程。

"Atomistic" is a term used in physics and engineering to describe the smallest possible units of matter or energy that are considered individually. Here are some commonly used phrases related to atomistic:

1. "atomistic detail" - referring to extremely small details that are considered important to understand a larger phenomenon.

Example: "The scientist"s ability to see the atomistic detail of a chemical reaction is what sets him/her apart from other researchers."

2. "atomistic simulation" - a computer simulation that uses atomistic models to study the behavior of materials at the atomic level.

Example: "The atomistic simulation of a material"s mechanical properties has led to significant advances in the design of new materials."

3. "atomistic view" - a perspective that considers individual atoms and their interactions as the fundamental building blocks of matter and energy.

Example: "The atomistic view of science has led to a deeper understanding of how materials behave and how they can be optimized for specific applications."

Now, here"s a 100-word related English essay:

Atomistic science is an incredibly fascinating field that delves into the smallest possible units of matter and energy to understand their interactions and collective behavior. From simulating the behavior of materials at the atomic level to studying chemical reactions at the atomic scale, atomistic science has opened up a whole new world of possibilities for researchers and engineers. It has led to advances in material design, medical imaging, and more, and continues to do so as we push the boundaries of knowledge further. Understanding atomistic detail is essential for understanding complex phenomena, and it"s an exciting time to be a part of this field.