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ANALYSIS OF CONTAINERLESS SOLIDIFICATION MICROSTRUCTURES IN UNDERCOOLED MELTS AND COMPOSITE SYSTEMS

机译：过冷熔融和复合系统中容器凝固微观结构的分析

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The main research objective is the evaluation and analysis of the undercooling and resultant solidification microstructures in containerless processing, including drop tube processing and levitation melt processing of selected alloys and composites. The results are intended for use as an experience base for the design of space-based microgravity experiments.

机译：主要研究目的是对容器加工中的过冷和所得到的凝固微观结构的评价和分析，包括所选合金和复合材料的掉落管加工和悬浮熔融加工。结果旨在用作基于空间的微匍匐实验的设计的经验基础。

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《NASA Materials Science Conference》|2002年||共6页
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作者
J.H. Perepezko;
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正文语种
中图分类航空、航天;
关键词
undercooling; solidification; microstructure; composite materials; new research;

机译：过冷;凝固;微观结构;复合材料;新研究;

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专利

1. Containerless Solidification of Highly Undercooled Mullite Melts: Crystal Growth Behavior and Microstructure Formation [J] . MINGJUN LI, KOSUKE NAGASHIO, KAZUHIKO KURIBAYASHI Metallurgical and Materials Transactions, A. Physical Metallurgy and Materials Science . 2002,第8期

机译：高度过冷莫来石熔体的无容器凝固：晶体生长行为和微结构形成
2. Microstructual evolution and magnetic properties of the Nd-Fe-B alloys solidified from undercooled melt by containerless solidification [J] . S. Ozawa, M. Li, S. Sugiyama Materials Science and Engineering. A, Structural Materials . 2004,第1a2期

机译：通过无容器凝固从过冷熔体凝固的Nd-Fe-B合金的组织演变和磁性
3. Containerless solidification of undercooled SrO-Al2O3 binary melts [J] . Kato Katsuyoshi, Masuno Atsunobu, Inoue Hiroyuki Physical chemistry chemical physics: PCCP . 2015,第9期

机译：过冷的SrO-Al2O3二元熔体的无容器固化
4. ANALYSIS OF CONTAINERLESS SOLIDIFICATION MICROSTRUCTURES IN UNDERCOOLED MELTS AND COMPOSITE SYSTEMS [C] . J.H. Perepezko NASA Materials Science Conference . 2002

机译：过冷熔融和复合系统中容器凝固微观结构的分析
5. Particle-dendrite interactions during the solidification of undercooled metal-matrix composites. [D] . Sebright, Jason. 2004

机译：过冷金属基复合材料凝固过程中的颗粒-枝晶相互作用。
6. Influence of Solidification Conditions on the Microstructure of Laser-Surface-Melted Ductile Cast Iron [O] . Damian Janicki, Jacek Górka, Waldemar Kwaśny, 2020

机译：凝固条件对激光熔铸球墨铸铁组织的影响
7. Solidification Microstructure Evolution of Undercooled Cu-15 wt. Fe Alloy Melt [O] . Xiaosi Sun, Weixin Hao, Guihong Geng, 2018

机译：过冷Cu-15重量加工的凝固微观结构演化。％Fe合金熔体

ANALYSIS OF CONTAINERLESS SOLIDIFICATION MICROSTRUCTURES IN UNDERCOOLED MELTS AND COMPOSITE SYSTEMS

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