Effect of Rare Earth Phosphate Composite Materials on Cleanout Oil-Dirty Property of Ceramics
来源期刊：JOURNAL OF RARE EARTHS2004年增刊第3期
论文作者：LI Guosheng Pan Yanfen Meng Junping LIANG Jinsheng LIANG Guangchuan Zhang Jin Wang Lijuan
Key words：ceramics; phosphate composite materials; clean up; oil-dirty; surface tension; contact angle; rare earths;
Abstract: The ceramics with cleaning easily up oil-dirty property were prepared by doping enamel slurry with rare earth elements phosphate composite materials, and then the influence mechanisms of rare earth elements phosphate composite materials on the cleaning easily up oil-dirty property of ceramic were studied by testing the surface tension and contact angle of water, latex stability inside of ceramic product. Results that the ceramic doped enamel slurry with rare earth phosphate composite materials can reduce obviously the surface tension and contact angle of water, and make latex more stable, and so the ceramics possess excellent cleanout oil-dirty property.
LI Guosheng1，Pan Yanfen1，Meng Junping1，LIANG Jinsheng1，LIANG Guangchuan1，Zhang Jin1，Wang Lijuan1
(1.Institute of Power Source & Ecomaterial Science, Hebei University of Technology, Tianjin 300130, China)
Abstract:The ceramics with cleaning easily up oil-dirty property were prepared by doping enamel slurry with rare earth elements phosphate composite materials, and then the influence mechanisms of rare earth elements phosphate composite materials on the cleaning easily up oil-dirty property of ceramic were studied by testing the surface tension and contact angle of water, latex stability inside of ceramic product. Results that the ceramic doped enamel slurry with rare earth phosphate composite materials can reduce obviously the surface tension and contact angle of water, and make latex more stable, and so the ceramics possess excellent cleanout oil-dirty property.
Key words:ceramics; phosphate composite materials; clean up; oil-dirty; surface tension; contact angle; rare earths;
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