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電流改變定向凝固單相合金枝晶間距機理

Mechanism of Dendrite Armapace of Unidirectional Solidification Single-phase Alloy with Influence of Electric Current

  • 摘要: 基于M-S理論的基本思路建立了電流作用下的凝固界面形態穩定性動力學微分方程式,并討論了電流強度對穩定性及凝固過程達到穩定狀態時所對應的擾動頻率的影響.在此基礎上討論了電流改變定向凝固單相合金枝晶間距的機理.

     

    Abstract: Based on the solidification fundamental principle given by Mullins and Sekerka, sets up the differential equations of solidification interface morphology stability kinetics in the electric current.The effects of electric current strength on stability and the homologous disturbance frequency of stable state in solidification process are discussed.On the basis of these analyses, the relationship of directional solidification microstructure morphology and the electric current strength is also discussed.

     

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