1) dendritic solidification
枝晶凝固
1.
In the developed 3-D macro-transport mathematical model in this paper, the coupled effects of micro-structure parameters of dendritic solidification have been studied fully, which include: dendritic arm spacings, dendritic solidification mode and permeability of mushy zone.
本文在所建立的连铸三维宏观传输数学模型中,对枝晶凝固微观结构参数的影响效果进行了充分地耦合研究,包括:枝晶臂间距,枝晶凝固模式和糊状区渗透特性。
2) Dendritic Solidification of Concasting Billet
连铸坯枝晶凝固
3) eutectic solidification
共晶凝固
1.
The crystal growth process with Bridgman method was simulated via NH4Cl-H2O solution eutectic solidification.
利用NH4Cl-H2O溶液的共晶凝固模拟Bridgman法晶体生长过程,通过粒子图像测速系统测量了矩形腔和圆柱腔内NH4Cl-H2O溶液共晶凝固过程中的流场,结合温度变化得到了凝固过程中流动和温度的耦合规律。
2.
The droplet velocity,size distribution,and the procedures of droplet cooling,recalescence,segregated solidification,eutectic solidification and liquid solidification are analyzed.
文章分析了雾化凝固过程中的液滴的速度与粒度分布及液态冷却、再辉、偏析凝固、共晶凝固与液态凝固阶段,通过对合金液滴凝固过程中凝固潜热的释放与环境导热的分析导出了不同阶段液滴温度变化方程。
3.
Thermal analysis and micro/macro-structure observation were employed to investigate the effect of addition of misch metal(MM)on eutectic solidification of Al-13%Si alloy modified with strontium.
采用热分析技术与组织观察研究了混合稀土(MM)加入对Sr变质Al-13%Si合金共晶凝固的影响。
4) peritectic solidification
包晶凝固
1.
In recent years,remarkable diversities were observed in the microstructures of peritectic solidification,which can not be explained by the previous theories for peritectic solidification.
包晶凝固是一类十分重要的相变过程，许多结构材料和功能材料的加工过程均涉及到包晶反应。
2.
Recently, many aspects of peritectic solidification have been investigated including nucleation and growth, banded structure, coupled growth and phase selection.
包晶凝固是十分重要的相变过程，许多结构和功能材料的制备都涉及到包晶反应。
6) peritectic phase solidification
包晶相凝固
补充资料：共晶凝固
eutecticsolidification：熔态合金转变为共晶体的凝固过程。二元合金的共晶凝固是在恒温下进行的；三元合金的共晶凝固则是在一个温度区间进行的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条