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CO-H2系统抗钚表面腐蚀的热力学研究
Thermodynamic Study of Preventing the Corrosion of Plutonium Surface with CO and H2 System
【摘要】 根据对CO和H2与Pu,PuO,Pu2O3,PuO2反应自由能变的计算,提出CO-H2系统能使钚表面趋于比较致密和稳定的Pu2O3晶体表面形成“钝化膜”,以阻止CO和H2气体进一步向内扩散而保护金属钚。
【Abstract】 The calculated results of the temperature dependence of standard Gibbs free energy change AG of the reactions of CO and H2 with Pu, PuO, Pu2O3, PuO2, respectively, show that the CO-H2 system enables a passive surface film to be formed on the compact and stable crystal surface of Pu2O3 to prevent the metallic plutonium from further crossion by the inward diffusive CO and H2 gas. It is presumably like the protecting aluminum surface with its oxidized layer.
- 【文献出处】 中国核科技报告 ,China Nuclear Science and Technology Report , 编辑部邮箱 ,1999年00期
- 【分类号】TL33
- 【被引频次】1
- 【下载频次】88