Influence of Rise Time of Pulse Voltage on the Pulsed Plasma Conversion of Methane

摘要

Recently, the authors developed a high-frequency pulsed plasma for methane conversion to acetylene and hydrogen. Such a pulsed plasma is potentially competitive to the commercial acetylene production processes. For the industrialization of this plasma technology, the influence of some factors, temperature of the background gases, and electrode geometries, on methane conversion and the development of a pulse power supply should be cleared.