Author:
Ding J.,McCormick P. G.,Street R.
Subject
Physics and Astronomy (miscellaneous)
Cited by
22 articles.
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1. Phase formation and magnetic hardening mechanism of TbCu7 type Sm-Fe-N powders;Journal of Magnetism and Magnetic Materials;2018-06
2. High coercivity Sm2Fe17N3 submicron size powder prepared by polymerized-complex and reduction–diffusion process;Scripta Materialia;2016-07
3. Coercivity enhancement and microstructural characterization of Sm2Fe17Nx alloys prepared by mechanochemical treatment;Materials Science and Engineering: B;2014-01
4. 1.3.3.3 Out-of-equilibrium nanocrystalline hexagonal P6/mmm-derived alloys Sm(Fe,M)9X δ (X = N, C; δ >0), and R(Fe,M,M’)10X η alloys (η > 0 for R = Nd, Pr; η = 0 for R = Sm), or R1-s(Fe,M,M’)5+2sXδ, η-type alloys (s = 0.36…0.38 and 0.42), or R x (Fe,M,M’)100–xXδ, η-type alloys (x = 10 at-% and 9.03 at-% R);Nanocrystalline Materials, Part A;2013
5. 1.3.3.1 Equilibrium nanocrystalline rhombohedral R . 3 ¯ . $ . \overline{3} . $ m Sm2(Fe,M)17-derived alloys Sm2Fe17–xM x X ε (x > 0, ε ≥ 0), or R1-s(Fe,M,M’)5+2s-type family (s = 0.33), or R x (Fe,M,M’)100–xX ε alloys (x = 10.5 at-% R);Nanocrystalline Materials, Part A;2013