The methane conversion was carried out using AC spark discharges and pulsed spark discharges.
结果表明，交流火花放电比脉冲直流火花放电能更有效地转化甲烷。
The result under the optimal condition is: methane conversion 64.0%, acetylene yield 52.0% and ethylene yield 12.0%.
在优化反应条件下最佳的反应结果为：甲烷转化率64.0%，乙炔收率52.0%，乙烯收率12.0%。
The methane conversion increased and formaldehyde selectivity decreased and formaldehyde specific activity increased as the reaction temperature rising.
随着反应温度的升高，甲烷的转化率增加，甲醛的选择性降低，甲醛比活性升高。
When an engine is running in a stoichiometric operating mode, desulphation of the catalyst can occur, thereby restoring the catalyst's methane conversion efficiency.
当发动机在化学计量运行模式下运行 时，可以发生对催化剂的脱硫，从而恢复催化剂的甲烷转化效率。
Methane conversion to C2 hydrocarbons by low temperature plasma was studied in different reactors.
就不同反应器对甲烷常压低温等离子体转化制C2烃的影响进行了研究。
Methane conversion to C2 hydrocarbons by low temperature plasma was studied in different reactors.
研究在冷等离子体条件下甲烷裂解并偶联产生C2烃的反应机理。
Methane conversion to C2 hydrocarbons by low temperature plasma was studied in different reactors.
研究在冷等离子体条件下甲烷裂解并偶联产生C2烃的反应机理。
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