原子和分子 in English translation

• atoms and molecules
• atomic and molecular

Examples of using 原子和分子 in Chinese and their translations into English

在这种极端紫外线照射下，该地区几乎所有原子和分子都“无处”。
In such extreme ultraviolet light, almost all the atoms and molecules in the region"have nowhere to hide".

在这样的极紫外光照射下，区域内几乎所有原子和分子都“无处遁形”。
In such extreme ultraviolet light, almost all the atoms and molecules in the region"have nowhere to hide".

原子和分子物理学家也可以使用X射线作为超快相机，来捕获电子运动或化学反应的快照。
Molecular and Atomic Physicists could also use the X-ray as a form of ultrafast camera for capturing snapshots of chemical reactions or electron motion.

从粒子和电子，原子和分子，到世界和宇宙，任何事物都是在振动。
From electron, atom and molecule, to worlds and universes, everything is in vibratory motion.

从血细胞和电子、原子和分子，到世界和宇宙，每一种事物都处于振动性的运动状态中。
From electron, atom and molecule, to worlds and universes, everything is in vibratory motion.

从粒子和电子，原子和分子，到世界和宇宙，任何事物都是在振动。
From particles, atoms, and molecules, to worlds and universes, everything is in motion.

看他的问题，从一开始，来自如此广泛的角度，它照顾了系统的电子，原子和分子。
Viewed his problem, from the very beginning, from so broad an angle that it took care of systems of electrons, atoms, and molecules.

我知道我们不仅仅是原子和分子，我们是运动的能量，自由表达的光。
I know that we are more than atoms and molecules; we are energy in motion, light that expresses freely.

原子和分子之间的区别是每一个化学学者都想到的基本问题。
What is the difference between atoms and molecules is the basic question that arises in the mind of every scholar of chemistry.

科学的这个分支描述的基本结构，组成和原子和分子的特性，从而导致化学反应的理解。
This branch of science describes the fundamental structures, composition, and characteristics of atoms and molecules, which leads to an understanding of chemical reactivity.

这些不同种类的运动原子和分子产生不同的系统，海森堡的量子力学。
These different kinds of motion for atoms and molecules produce different systems in Heisenberg's quantum mechanics.

去除X射线光学器件消除了阻碍观察原子和分子电子态超快速变化的最后障碍….
Removing X-ray optics eliminates one of the last obstacles hindering the observations of ultra-fast changes of electronic state of atoms and molecules.

看到的能力,措施,使对象在同一个小原子和分子尺度。
The ability to see, measure and make objects that are within the same tiny size scale as atoms and molecules.

当我们有了纳米科技和纳米科学，我们现在就可以了解原子和分子，让它们造福人类。
When you have nanotechnology and nanoscience, what's occurred is that we're able to now look at atoms and molecules and actually control them for great benefits.

研究人员使用核磁共振光谱发现了“钚信号”，这种方法经常被用来探索原子和分子的电子结构。
The researchers found the“plutonium signal” using nuclear magnetic resonance spectroscopy, which is often used to peer into the electronic structure of atoms and molecules.

这两种显微镜的发展被认为是原子和分子领域的一次革命。
The development of these two microscopes is considered a revolution in the atomic and molecular fields.

泡利(WolfgangPauli,1900-1958)提出电子不相容原理，用来解释一些原子和分子中的化学性质。
Wolfgang Pauli(1900-1958) formulates the exclusion principle for the electron, accounting for a number of chemical properties in atoms and molecules.

目前，在最高级微芯片上最小的元件正在测试之中，其尺寸已经下降到14纳米，几乎如同原子和分子大小。
The smallest elements on the most advanced microchips, currently in testing, are down to 14 nanometers, on the scale of atoms and molecules.

科学家们从分子动力学模拟开始，这是一种计算机技术，可以模拟原子和分子的物理运动。
The scientists began with molecular dynamics simulations, a computer technique that models the physical movements of atoms and molecules.

然而，如果宇宙是无限的，那么有一种可能性（无论多么小），原子和分子的排列完全相同，在其他地方存在。
However, if the universe is infinite, then there is a probability(however small) that the exact same arrangement of atoms and molecules exists elsewhere.