Sb substituted Sm 2Fe 17-x Sb x materials have been synthesized by using modified reduction diffusion process with superfine Fe metal powder as a starting material. This synthetic route is unique and particularly usef...Sb substituted Sm 2Fe 17-x Sb x materials have been synthesized by using modified reduction diffusion process with superfine Fe metal powder as a starting material. This synthetic route is unique and particularly useful for the intermetallic compounds containing high volatile component. The substitution of Sb to the Sm 2Fe 17 significantly enhances the magnetic interaction between Fe atoms, which in turn, increases the Curie temperature of the materials. In addition, the chemical stability of Sm 2Fe 17 can also be improved by Sb substitution.展开更多
文摘Sb substituted Sm 2Fe 17-x Sb x materials have been synthesized by using modified reduction diffusion process with superfine Fe metal powder as a starting material. This synthetic route is unique and particularly useful for the intermetallic compounds containing high volatile component. The substitution of Sb to the Sm 2Fe 17 significantly enhances the magnetic interaction between Fe atoms, which in turn, increases the Curie temperature of the materials. In addition, the chemical stability of Sm 2Fe 17 can also be improved by Sb substitution.
基金supported by the National Natural Science Foundation of China(Nos.91122034,51125006,61376056,51402336,51052311)the Foundation of Science and Technology Commission of Shanghai,China(Nos.13JC1405700,14YF1406500)~~
基金supported by the National Natural Science Foundation of China(20771010,20801052)National Key Basic Research Program of China(973)(2011CB932601)+1 种基金National High Technology Research and Development Program of China(863)(2007AA03Z311)"100 Talents Program of Chinese Academy of Sciences"(A1010)~~
