Hydrogen is the simplest
diatomic molecule.
氢是最简单的双原子分子。
Nitrogen gas exists as a
diatomic molecule, N₂.
氮气以双原子分子N₂的形式存在。
The bond length of a
diatomic oxygen molecule is 120.7 pm.
双原子氧分子的键长为120.7皮米。
Diatomic chlorine gas is yellow-green in color.
双原子氯气呈黄绿色。
At room temperature and pressure, bromine is a
diatomic liquid.
在室温和压力下,溴是一种双原子液体。
The
diatomic molecule H₂ is the most abundant molecule in the universe.
双原子分子H₂是宇宙中最丰富的分子。
The study of
diatomic molecules is fundamental to understanding chemical bonding.
对双原子分子的研究是理解化学键的基础。
In a
diatomic ion, both atoms may share an unequal distribution of electrons.
在双原子离子中,两个原子可能共享不均等的电子分布。
Diatomic elements like hydrogen and oxygen play crucial roles in biochemistry.
像氢和氧这样的双原子元素在生物化学中扮演着关键角色。
The spectroscopy of
diatomic molecules helps in understanding molecular energy levels and transitions.
双原子分子的光谱学有助于理解分子的能量水平和跃迁过程。
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