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Kinetics of Conversion of Methane with Electric Field Enhanced Plasma

机译:电场增强等离子体转化甲烷的动力学

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Methane conversion was studied with electric field enhanced plasma (EFEP) technique at the atmosphere pressure and low temperature ranging from 323 K to 373 K. The conversion of methane is up to 60%--80%. The kinetics of methane conversion was studied using microreactor. The reaction model of power function type was obtained as: r = 90.99exp (-26980/RT)CA0.226(mol·m-3·s-1). The global kinetics parameters were calculated by the variable simple-pure shape method. The calculating results are in good agreement with experimental data.
机译:在323 K至373 K的大气压和低温下,采用电场增强等离子体(EFEP)技术研究了甲烷的转化。甲烷的转化率高达60%-80%。使用微反应器研究了甲烷转化的动力学。幂函数类型的反应模型为:r = 90.99exp(-26980 / RT)CA0.226(mol·m-3·s-1)。整体动力学参数是通过可变简单纯形状方法计算的。计算结果与实验数据吻合良好。

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