在合理选择以上关键参数的基础上，成功模拟了耦合噪声时的枝晶形貌。
On base of the essential parameter chosen reasonably, the dendritic morphology of incorporated noise model is simulated successfully.
模拟结果再现了实验观察到的枝晶形貌、侧枝生长以及尖端分叉等现象。
Simulation results can reproduce experimentally observed free dendrite, tip splitting as well as side branch.
模拟结果显示这种方法可以显示出枝晶形貌和显微偏析，同时可以再现凝固过程中的再辉现象。
The simulated results show that using the method can not only reveal dendrite morphology and micro-segregation but also represent the recalescence phenomenon.
模拟结果显示这种方法可以显示出枝晶形貌和显微偏析，同时可以再现凝固过程中的再辉现象。
The simulated results show that using the method can not only reveal dendrite morphology and micro-segregation but also represent the recalescence phenomenon.
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