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1·The dendrite growth direction is changed and dendrites are curved in the zone of white band.

白亮带处的枝晶生长方向改变而生成弯曲的枝晶。

2·The phase field method can directly simulate the dendrite growth during metal solidification.

相场法可以直接模拟金属凝固过程中枝晶生长的形成过程。

3·The dependence of aluminum dendrite growth on the initial nucleus radius, space step and anisotropy is investigated.

研究了初始晶核半径、空间步长和各向异性对纯铝枝晶生长的影响。

4·The whole process of the dendrite growth in PGO melt crystal growth was visualized in the in situ observation system.

本文介绍了用实时观察方法研究水溶液中晶体生长长机制的实验。

5·The rapid dendrite growth of multicomponent alloys is an important research subject in the field of materials science.

多元合金的深过冷与快速枝晶生长是材料科学领域的重要研究课题。

6·In the light of physical mechanism of equiaxed dendrite growth, solute diffusion models for equiaxed growth was improved.

根据等轴枝晶生长过程的物理机制，改进了等轴枝晶生长的溶质扩散模型。

7·The processing of dendrite growth is experimentally simulated. Result shows that the dendrite grows with fractal structure.

对枝晶生长过程作了模拟，表明枝晶生长结构具有分形特征；

8·The dendrite growth of pure metal in undercooled melts was simulated by using phase field model(PFM) and finite difference schemes.

采用相场模型和有限差分方法，模拟了过冷纯金属熔体的枝晶生长，计算区域为二维正方形均匀网格。

9·The corners of the nano-cluster just could become the starting points of the dendrite growth in the solidification processes of liquid metals.

这种结构的角隅正好可以成为液态金属凝固过程中形成支晶的起点。

10·Dendrite growth is an important phenomenon during steel solidification process, which is the main existing style in the inner side of the solidifying steel.

枝晶是高温凝固钢液内部的主要存在方式，枝晶生长是凝固过程中的一种常见现象。