monatomic gas
单原子气体
monatomic ion
单原子离子
monatomic molecule
单原子分子
monatomic state
单原子状态
monatomic crystal
单原子晶体
monatomic substance
单原子物质
monatomic theory
单原子理论
monatomic gas law
单原子气体定律
monatomic element
单原子元素
monatomic model
单原子模型
helium is a monatomic gas that is lighter than air.
氦是一种单原子气体，比空气轻。
in chemistry, monatomic ions are often formed by losing or gaining electrons.
在化学中，单原子离子通常通过失去或获得电子形成。
the properties of monatomic substances differ significantly from those of polyatomic substances.
单原子物质的性质与多原子物质显著不同。
monatomic elements are found in the noble gases group in the periodic table.
单原子元素在元素周期表的惰性气体组中找到。
scientists study monatomic gases to understand their behavior under different conditions.
科学家研究单原子气体，以了解它们在不同条件下的行为。
gold is often found in its monatomic form in nature.
黄金在自然界中通常以单原子形式存在。
monatomic hydrogen can be produced in high-energy environments.
单原子氢可以在高能环境中产生。
understanding monatomic structures helps in the development of new materials.
理解单原子结构有助于新材料的开发。
monatomic gases have unique thermal conductivity properties.
单原子气体具有独特的热导率特性。
the study of monatomic species is crucial in astrophysics.
单原子物种的研究在天体物理学中至关重要。
monatomic gas
单原子气体
monatomic ion
单原子离子
monatomic molecule
单原子分子
monatomic state
单原子状态
monatomic crystal
单原子晶体
monatomic substance
单原子物质
monatomic theory
单原子理论
monatomic gas law
单原子气体定律
monatomic element
单原子元素
monatomic model
单原子模型
helium is a monatomic gas that is lighter than air.
氦是一种单原子气体，比空气轻。
in chemistry, monatomic ions are often formed by losing or gaining electrons.
在化学中，单原子离子通常通过失去或获得电子形成。
the properties of monatomic substances differ significantly from those of polyatomic substances.
单原子物质的性质与多原子物质显著不同。
monatomic elements are found in the noble gases group in the periodic table.
单原子元素在元素周期表的惰性气体组中找到。
scientists study monatomic gases to understand their behavior under different conditions.
科学家研究单原子气体，以了解它们在不同条件下的行为。
gold is often found in its monatomic form in nature.
黄金在自然界中通常以单原子形式存在。
monatomic hydrogen can be produced in high-energy environments.
单原子氢可以在高能环境中产生。
understanding monatomic structures helps in the development of new materials.
理解单原子结构有助于新材料的开发。
monatomic gases have unique thermal conductivity properties.
单原子气体具有独特的热导率特性。
the study of monatomic species is crucial in astrophysics.
单原子物种的研究在天体物理学中至关重要。
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