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二甲醚的内部不存在碳碳单键(C—C)键,所以二甲醚的燃烧一般比较完全,而且由于二甲醚的极性较弱,所以比较容易液化,而且二甲醚还具有贮存和运输方便的优点,已经开始作为一种重要的清洁能源而广泛的应用于相关的工程领域。本文从对二甲醚氧化反应的说明谈起,然后就二甲醚氧化反应中参与反应的气体和反应后的氧化产物进行说明,最后就二甲醚氧化反应中不同添加剂的效应进行分析。
Dimethyl ether does not exist inside the carbon-carbon single bond (C-C) bond, so the combustion of dimethyl ether is generally more complete, and due to the weak polarity of dimethyl ether, it is relatively easy to liquefy, and dimethyl ether also has The advantages of easy storage and transport have begun to be widely used in related engineering fields as an important clean energy source. This article begins with the description of the DME oxidation reaction and then describes the gases involved in the DME oxidation reaction and the oxidation products after the reaction. Finally, the effects of different additives in the DME oxidation reaction are analyzed.