Abstract
A device for creating a cold nonequilibrium electron-beam plasma in a supersonic gas flow has been developed. A method proposed for generating this plasma is described. It has been established that methane is activated by direct electron impact in electron-beam plasma under specified conditions. It has been shown that applying an external electromagnetic field leads to a significant increase in the methane decomposition factor due to the involvement of secondary, low-energy beam electrons accelerated in the electromagnetic field.
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