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關注:1
2013-05-23 12:21
求翻譯: 1775年前后,拉瓦錫用定量化學實驗闡述了燃燒的氧化學說,開創了定量化學時期,使化學沿著正確的軌道發展。19世紀初,英國化學家道爾頓提出近代原子學說,突出地強調了各種元素的原子的質量為其最基本的特征,其中量的概念的引入,是與古代原子論的一個主要區別。是什么意思?![]() ![]() 1775年前后,拉瓦錫用定量化學實驗闡述了燃燒的氧化學說,開創了定量化學時期,使化學沿著正確的軌道發展。19世紀初,英國化學家道爾頓提出近代原子學說,突出地強調了各種元素的原子的質量為其最基本的特征,其中量的概念的引入,是與古代原子論的一個主要區別。
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2013-05-23 12:21:38
Before and after 1775, Lavoisier quantitative chemical experiments described the oxidation theory of combustion, creating a quantitative chemical period, the chemical along the right track. Early 19th century, the British chemist Dalton proposed the modern atomic theory, highlighted the various elem
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2013-05-23 12:23:18
正在翻譯,請等待...
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2013-05-23 12:24:58
Around 1775, Lavoisier elaborated with the quota chemistry experiment the burning oxidized theory, founded the quota chemistry time, causes chemistry along the correct orbital development.At the beginning of the 19th century, Anglicism scientist Dalton proposed the modern times atomic theory, emph
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2013-05-23 12:26:38
Around 1775, Lavoisier quantitative chemical experiment addressed the oxidation combustion theory, and created a quantitative chemical, chemical development along the right track. Early 19th century, the United Kingdom chemist Dalton made modern atomic theory, prominently highlighted the quality o
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2013-05-23 12:28:18
Around 1775, Lavoisier quantitative chemical experiment addressed the oxidation combustion theory, and created a quantitative chemical, chemical development along the right track. Early 19th century, the United Kingdom chemist Dalton made modern atomic theory, prominently highlighted the quality o
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