同时通过改变石英坩埚、石墨托厚度，冷源半径等几何参数来达到控制固液界面形状的目的。
In addition, the solid liquid interface shape was controlled by changing geometric parameters, such as quartz crucible, graphite support thickness and cooling radius.
研究了与固液界面形状有关的晶体光学不均匀性。
The optical homogeneity related the shape of solid liquid interface was studied.
本文还对ACRT引起的强迫对流对固液界面形状、生长条纹和芯的影响进行了讨论。
The influences of ACRT on solid-liquid interface, growth striation and formation of core have been discussed.
获得了固液界面形状与主要工艺参数间的关系式。
A linear equation about the shape and position of the solid liquid interface with main technology parameters was gained.
获得了固液界面形状与主要工艺参数间的关系式。
A linear equation about the shape and position of the solid liquid interface with main technology parameters was gained.
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