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结合软接触电磁连铸的准三维电磁场数值模拟和金属Sn的连铸实验，分析了软接触电磁连铸中结晶器分解结构和感应留位置、尺寸、电流对铸坯表面碰通密度、电磁力和电磁压力的影响结果表明：软接触结晶器中的磁通密度随切经数的增加而上升，但增幅渐小；铸坯表面在切维处因孩通密度增大而产生纵向凹痕；结晶器的切缝数以12－20，切维定度以0.5－1．0mm为宜；感应圈的高度应覆盖铸坯的初凝固区段，感应国的位置应使其顶端与铸坯弯月面边缘格齐；铸坯表面的电磁力和电磁压力与感应自电流成抛物线函数关系
Combined with the quasi-three-dimensional electromagnetic field simulation of soft-contact electromagnetic continuous casting and the continuous casting experiment of metal Sn, the effects of mold disintegration structure and position, size and current of crystallizer in soft-contact electromagnetic continuous casting on the surface contact density, electromagnetic force The results show that the flux density in the soft contact mold increases with the increase of the number of cutting passes, The number of mold slit 12-20, cutting dimension to 0.5-1.0mm appropriate; induction loop height should cover the initial solidification of the slab section, the location of induction should make its top and slab bend The edge of the moon Ge Qi; slab surface electromagnetic force and electromagnetic induction and self-inductance into a parabolic function