Preparation and Microstructure Evaluation of Directionally Solidified Nd-Fe-B Ingots by Electromagnetic Cold Crucible
In this paper Nd-Fe-B ingots with hyper-peritectic composition were prepared through continuous and directional solidification by a novel electromagnetic cold crucible approach.A group of experiments were carried out in order to investigate the effects of input power and withdrawal velocity on the m...
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| Veröffentlicht in: | 钢铁研究学报：英文版 2012 (S1), p.237-242 |
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| container_title | 钢铁研究学报：英文版 |
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| creator | DING Hong-sheng FENG Kui WANG Yong-zhe CHEN Rui-run GUO Jing-jie |
| description | In this paper Nd-Fe-B ingots with hyper-peritectic composition were prepared through continuous and directional solidification by a novel electromagnetic cold crucible approach.A group of experiments were carried out in order to investigate the effects of input power and withdrawal velocity on the microstructure and growth orientation of Nd-Fe-B phases.It was found that the peritectic Nd2Fe14B phase grows with a planar interface at lower withdrawal velocity and changed into the dendritic interface at higher withdrawal velocity.The result was explained by the theory of constitutional supercooling.Meanwhile the volume fraction of ferromagnetic T1 phase was found to be increased first and then decreased with the increasing of withdrawal velocity during the growth process of the ingots. |
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Crucible</title><title>钢铁研究学报：英文版</title><addtitle>Journal of Iron and Steel Research</addtitle><description>In this paper Nd-Fe-B ingots with hyper-peritectic composition were prepared through continuous and directional solidification by a novel electromagnetic cold crucible approach.A group of experiments were carried out in order to investigate the effects of input power and withdrawal velocity on the microstructure and growth orientation of Nd-Fe-B phases.It was found that the peritectic Nd2Fe14B phase grows with a planar interface at lower withdrawal velocity and changed into the dendritic interface at higher withdrawal velocity.The result was explained by the theory of constitutional supercooling.Meanwhile the volume fraction of ferromagnetic T1 phase was found to be increased first and then decreased with the increasing of withdrawal velocity during the growth process of the 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directional solidification by a novel electromagnetic cold crucible approach.A group of experiments were carried out in order to investigate the effects of input power and withdrawal velocity on the microstructure and growth orientation of Nd-Fe-B phases.It was found that the peritectic Nd2Fe14B phase grows with a planar interface at lower withdrawal velocity and changed into the dendritic interface at higher withdrawal velocity.The result was explained by the theory of constitutional supercooling.Meanwhile the volume fraction of ferromagnetic T1 phase was found to be increased first and then decreased with the increasing of withdrawal velocity during the growth process of the ingots.</abstract></addata></record> |
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| identifier | ISSN: 1006-706X |
| ispartof | 钢铁研究学报：英文版, 2012 (S1), p.237-242 |
| issn | 1006-706X 2210-3988 |
| language | eng |
| recordid | cdi_chongqing_primary_89737871504849508349485349 |
| source | Elsevier ScienceDirect Journals Complete - AutoHoldings; Alma/SFX Local Collection; SpringerLink Journals - AutoHoldings |
| subjects | cold crucible directional electromagnetic ferromagnetic Nd-Fe-B phase solidification structure |
| title | Preparation and Microstructure Evaluation of Directionally Solidified Nd-Fe-B Ingots by Electromagnetic Cold Crucible |
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