Conductivity of K10H3[Dy(SiW4Mo7O39)2] Treated by Chemistry-Heated Diffusion of Sm and Gd Permeation
来源期刊：JOURNAL OF RARE EARTHS2003年第6期
论文作者：韦永德 李中华 周百斌 王进福
Key words：inorganic chemistry; POMs; rare earths co-permeation; conductivity; rare earths;
Abstract: Chemistry-heated diffused permeation was used to treat POMs. ICP, IR, TG-DTA, XPS were used to characterize K10H3[Dy(SiW4Mo7O39)2] and the sample. The result show that Sm and Gd can be permeated into the body of this sample, chemical bonds forming between Sm and other components and the conductivity of K10H3[Dy(SiW4Mo7O39)2] improves by 0.93 56×104 times.
韦永德1，李中华1，周百斌2，王进福1
(1.Department of Applied Chemistry, Harbin Institute of Technology, Harbin 150001, China;
2.Department of Chemistry, Harbin Normal University, Harbin 150008, China)
Abstract:Chemistry-heated diffused permeation was used to treat POMs. ICP, IR, TG-DTA, XPS were used to characterize K10H3[Dy(SiW4Mo7O39)2] and the sample. The result show that Sm and Gd can be permeated into the body of this sample, chemical bonds forming between Sm and other components and the conductivity of K10H3[Dy(SiW4Mo7O39)2] improves by 0.93 56×104 times.
Key words:inorganic chemistry; POMs; rare earths co-permeation; conductivity; rare earths;
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