マルチヒーターを使用した一方向性凝固法によるシリコン多結晶の熱流動解析

概要

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Ingot-casting method is an effective and important method for producing high efficient solar cells with using multi-crystalline silicon. High quality multi-crystalline silicon conducts to high efficient solar cells. It is important to analyze thermal field and convection of melt in the crucible to optimize ingot-casting method. 2D axisymmetric global simulation was carried out for silicon crystal growth. The global model of heat transfer in the furnace includes the convective heat transfer of melt, the conductive heat transfer in all components, and the radiative heat transfer among all components in the furnace. Heater power was divided into upper and lower heaters. Distribution of power in the upper and the lower heaters increased and decreased gradually, respectively. The effect of heat distribution in the upper and lower heaters on the thermal field and convection of melt in the crucible are studied.
Research Institute for Applied Mechanics, Kyushu Universityの論文
2006-03-00