收缩率
材料科学
微观结构
对流
定向凝固
温度梯度
流量(数学)
合金
复合材料
零重力
机械
气象学
物理
作者
Haipeng Wang,Hui Liao,Liang Hu,Chenhui Zheng,J. Chang,Dingnan Liu,Mingxing Li,J. F. Zhao,Wenjun Xie,B. Wei
标识
DOI:10.1002/adma.202313162
摘要
The freezing shrinkage and dendritic growth are of great importance for various alloys solidified from high-temperature liquids to solids since they dominate microstructure patterns and follow-up processing. However, the microgravity freezing shrinkage dynamics is scarcely explored on the ground as it is hard to suppress the strong natural convection inside liquid alloys. Here, a series of in-orbit solidification experiments is conducted aboard the China Space Station with a long-term stable 10
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