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Application of Ti3SiC2 based ceramic material as melted fluorine salt corrosion resistant material
The invention provides an application of a Ti3SiC2 based ceramic material as a melted fluorine salt corrosion resistant material. Through a large amount of experiments, the inventor finds that the corrosion speed of the Ti3SiC2 based ceramic material is extremely low in melted fluorine salt, and the melted fluorine salt corrosion resistant performance of the Ti3SiC2 based ceramic material is in the same level as that of inert metal nickel and nickel-based high-temperature alloy which are the best melted fluorine salt corrosion resistant materials. Thus the Ti3SiC2 based ceramic material can be used to build the structure of a molten salt reactor such as a shell, a container, a pipeline, and the like. The Ti3SiC2 based ceramic material can also be used as a functional electrode material in the post treatment of a spent fuel dry process taking fluorine salt as the electrolyte and can be painted on the alloy surface to form a film or coating so as to prevent melt fluorine salt corrosion.
Application of Ti3SiC2 based ceramic material as melted fluorine salt corrosion resistant material
The invention provides an application of a Ti3SiC2 based ceramic material as a melted fluorine salt corrosion resistant material. Through a large amount of experiments, the inventor finds that the corrosion speed of the Ti3SiC2 based ceramic material is extremely low in melted fluorine salt, and the melted fluorine salt corrosion resistant performance of the Ti3SiC2 based ceramic material is in the same level as that of inert metal nickel and nickel-based high-temperature alloy which are the best melted fluorine salt corrosion resistant materials. Thus the Ti3SiC2 based ceramic material can be used to build the structure of a molten salt reactor such as a shell, a container, a pipeline, and the like. The Ti3SiC2 based ceramic material can also be used as a functional electrode material in the post treatment of a spent fuel dry process taking fluorine salt as the electrolyte and can be painted on the alloy surface to form a film or coating so as to prevent melt fluorine salt corrosion.
Application of Ti3SiC2 based ceramic material as melted fluorine salt corrosion resistant material
HUANG QING (author) / ZHOU JIE (author) / HUAI PING (author) / DENG QIHUANG (author) / YE QUN (author) / JING LEI (author) / LI LING (author) / ZHOU XIAOBING (author)
2015-05-20
Patent
Electronic Resource
English
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