氚
催化作用
氚照明
水蒸气
化学
吸附
催化氧化
放射化学
核物理学
有机化学
物理
作者
Masabumi Nishikawa,Toshiharu Takeishi,Mikio Enoeda,T. Higashijima,Kenzo Munakata,Isao Kumabe
标识
DOI:10.1080/18811248.1985.9735744
摘要
Use of precious metal catalyst is recommended in the tritium recovery system because it can oxidize tritium at ambient temperature. The ability to operate at the ambient temperature without preheating and past cooling is a large advantage in the ease of system operation. It is observed in this study, however, that the catalytic oxidation characteristics of the precious metal catalysts are largely affected by the water vapor to such extent that almost no oxidation rate of tritium is expected in the wet gas. Effect of the water vapor on the oxidation rate is quantitatively discussed based on data obtained in this study and an emergency cleanup system from the room air with pre-adsorption bed is proposed.
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