1) Melt cooling rate
熔体冷速
2) undercooled melt
过冷熔体
1.
Based on the physical processes of solute diffusion and interfacial energy, a model to describe free dendrite growth in undercooled melt was developed, including the effects of concentration undercooling, curvature undercooling and anisotropy of interfacial energy.
基于溶质扩散和界面能的作用,建立了过冷熔体中自由树枝晶的生长模型,考虑了成分过冷、曲率过冷和界面能各向异性。
2.
After the raw material of benzophenone was rectified by using distillation method,single crystal of benzophenone with dimension of about 30mm×40mm×60mm was grown with undercooled melt growth method.
本文采用过冷熔体法进行二苯甲酮晶体的生长实验 ,得到尺寸约为 30mm× 40mm× 6 0mm的单晶。
3.
Based on a phase-field model,a series of numerical calculations of dendritic growth into undercooled melt for a pure material were performed,and the influence of some physical parameters,including anisotropy strength,undercooling and noise factor,on dendritic growth were investigated.
利用相场法模拟纯物质过冷熔体中的枝晶生长过程,研究各向异性强度、过冷度、扰动等对枝晶生长的影响。
4) melt supercooled
熔体急冷
1.
These faces grow so rapidly that they have priority to appear and retain as the melt supercooled.
{ 3 2 1 }面族、{ 2 1 1 }面族和 { 1 1 1 }面族都是按 [GeO4]4-四面体以顶角相连的化学键链生长发育的 ,生长速度快 ,优先显露 ,在熔体急冷时保留下来。
6) meltflow ability
熔体速率
补充资料：笃速速
1.亦作"笃簌簌"。 2.战抖貌。
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