Abstract
Hydrogen production in plasma is examined both in a one-stage process of water vapor decomposition and in a double-stage process with preliminary CO 2 destruction. Hydrogen production is considered in H.F. and U.H.F. moderate pressure gas discharges and in a non-self-sustained gas discharge stimulated by a relativistic electron beam. The high efficiency attained in U.H.F. discharge of CO 2 dissociation is explained by non-equilibrium vibrational excitation of CO 2 molecules in plasma.
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