Plasma exhaust processing by palladium permeation and electrolytic oxidation and reduction
Plasma exhaust processing by palladium permeation and electrolytic oxidation and reduction
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钯渗透和电解氧化还原等离子废气处理
DOI：
10.13182/fst96-a11963050
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发表时间：
1996
期刊：
影响因子：
--
通讯作者：
K. Okuno
中科院分区：
文献类型：
--
作者：
S. Konishi;Masahide Hara;K. Okuno
开发并测试了同时转化甲烷和水以非常高转化率释放氢同位素的电解反应器。第二个氧化锆电池的添加提供了通过供应或提取氧气来处理水和甲烷之间的广泛混合比的能力。在集成回路中，在反应器相关的氚浓度下测试了钯渗透和电解反应的组合。验证了模拟等离子体排气处理和氚回收的令人满意的处理效果。在此基础上，提出并讨论了聚变反应堆燃料处理系统的概念。 4 参考文献，7 图。
Electrolytic reactor that converts methane and water simultaneously to liberate hydrogen isotopes at very high conversion ratio was developed and tested. Addition of the second zirconia cell provides the capability of processing broad mixing ratio between water and methane by supplying or extracting oxygen. Combination of palladium permeation and electrolytic reactions was tested under reactor relevant tritium concentration in an integrated loop. Satisfactory processing of simulated plasma exhaust processing and tritium recovery was verified. Based on the result, a concept of the fuel processing system for fusion reactor is proposed and discussed. 4 refs., 7 figs.