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| 摘要: |
| 在微波等离子体下，研究了甲烷以及甲烷和水脱氢偶联制Ｃ２烃的反应，对影响甲烷转化率和产物选择性的几个因素（微波输入功率、反应物的比例）进行了研究。在甲烷体系中，随着微波输入功率的增加和体系压力的降低，甲烷的转化率和乙炔的选择性都增大；乙烷的选择性则降低；乙烯的选择性随体系压力的增大而增大，随功率的增大出现极大值。在甲烷和水体系中，随着微波输入功率的增加，甲烷的转化率和乙炔的选择性随着增大；乙烷的选择 |
| 关键词: 甲烷 脱氢偶联 微波等离子体 偶联剂 碳烃 |
| DOI： |
| 分类号:TQ211 |
| 基金项目: |
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| DEHYDROGENATION COUPLING OF METHANE TO C_2 HYDROCARBONS UNDER THE CONDITION OF MICROWAVE PLASMA |
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Chen Dongliang Yu Zuolong
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| Abstract: |
| The reaction of dehydrogenation coupling of methane and methane with water under the condition of microwave plasma was studied. The several factors of affecting the conversion of methane and the selectivity of products, such as microwave input power and r |
| Key words: dehydrogenation coupling of methane, C 2 hydrocarbons, microwave plasma |
