Two commonly used ceramics in molten salt research are alumina and mullite. The two ceramics were exposed to a combination of rare earth chlorides (YCl<sub>3</sub>, SmCl<sub>3</sub>, NdCl<sub>3</sub>, PrCl<sub>...
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https://www.riss.kr/link?id=A107109615
2020
English
KCI등재,SCOPUS,ESCI
학술저널
337-346(10쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
Two commonly used ceramics in molten salt research are alumina and mullite. The two ceramics were exposed to a combination of rare earth chlorides (YCl<sub>3</sub>, SmCl<sub>3</sub>, NdCl<sub>3</sub>, PrCl<sub>...
Two commonly used ceramics in molten salt research are alumina and mullite. The two ceramics were exposed to a combination of rare earth chlorides (YCl<sub>3</sub>, SmCl<sub>3</sub>, NdCl<sub>3</sub>, PrCl<sub>3</sub>, and CeCl<sub>3</sub>; each rare earth chloride of 1.8 weight percent) in LiCl-KCl at 773 K for approximately 13 days. Scanning electron microscopy with wave dispersion spectra was utilized to investigate a formation layer or deposition of rare earths onto the ceramic. Only the major constituents of the ceramics (Al, Si, and O<sub>2</sub>) were observed during the wave dispersion spectra. X-ray fluorescence was used as well to determine concentration changes in the molten salt as a function of ceramic exposure time. This study shows no evidence of ionic exchange or layer formation between the ceramics and molten chloride salt mixture. There are signs of surface tension effects of molten salt moving out of the tantalum crucible into secondary containment.
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