Abstract
A experimental flow unit for investigation of the radiation-catalytic decomposition of gases and liquids over the temperature range of 50–500°C in a 60Co γ-radiation field was designed and fabricated. The process of radiation-catalytic decomposition of steam in the presence of solids with different chemical compositions and structures was studied. The effect of the dose rate and the contact time of the reaction mixture with the solid on the rate of hydrogen formation was revealed. It was shown that the hydrogen formation efficiency decreases after cessation of irradiation.
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