2017
DOI: 10.1088/1361-6463/aa6b85
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Exploring new phases of Fe3−xCoxC for rare-earth-free magnets

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Cited by 15 publications
(7 citation statements)
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“…CoC, schematically shown in Fig.15 A, and the simulated XRD pattern based on the theoretical structural model is in good agreement with the experimental data as shown in Fig.15B 99. …”
supporting
confidence: 73%
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“…CoC, schematically shown in Fig.15 A, and the simulated XRD pattern based on the theoretical structural model is in good agreement with the experimental data as shown in Fig.15B 99. …”
supporting
confidence: 73%
“…Appreciable magnetocrystalline anisotropies, around 10 Mergs/cm 3 , have been measured in some metastable carbide phases including Fe 2 CoC. 98,99 In addition, the AGA helped to identify the atomic structural model of the Pnma phase for The AGA has predicted new Fe 3 S structures with formation energies lower than that of the experimentally reported Pnma structure as shown in Fig. 16A.…”
Section: Structure and Magnetic Properties Of Co-and/or Fe-rich Carbides And Sulfidesmentioning
confidence: 92%
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“…B, C, N等轻元素来增加其稳定性 [30] . 针对这个思路, 研究人员通过AGA晶体结构预测以及第一性原理计 算, 系统研究了Fe 3−x Co x C等组分的结构、磁矩和磁晶 各向异性能 [31] . 除了验证已知的Fe 3 C (Pnma)结构之 图 5 (网络版彩图)四面体结构产生的示意图 [36] .…”
Section: 仅能稳定存在于少数的薄层材料中 为了得到更加稳 定的四方畸变晶相结构 有研究提出可以通过掺入unclassified