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Physical and Chemical Processes of Low-Temperature Plasma Decomposition of Liquids under Ultrasonic Treatment

机译:超声处理下液体低温等离子体分解的物理和化学过程

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In this work, a low-temperature plasma initiated in liquid media between electrodes has been shown to be able to decompose hydrogen containing organic molecules leading to obtaining gaseous products with volume part of hydrogen higher than 90% (up to gas chromatography data). Preliminary evaluations of energetic efficiency, calculated from combustion energy of hydrogen and initial liquids and electrical energy consumption have demonstrated the efficiency about 60-70% depending on initial liquids composition. Theoretical calculations of voltage and current values for this process have been done, that is in good agreement with experimental data.
机译:在这项工作中,已经证明了在电极之间的液体介质中引发的低温等离子体能够分解含氢的有机分子,导致获得高于90%(达到气相色谱数据)的体积部分的气态产物。从氢气燃烧能量和初始液体和电能消耗计算的精力效率的初步评估已经证明了根据初始液体组合物的效率约为60-70%。已经完成了该过程的电压和电流值的理论计算,这与实验数据很好。

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