电磁软接触连铸技术是一门新兴技术。
The electromagnetic soft-contact continuous casting(EMCC) technique is a novel technique.
因而，工业用电磁软接触结晶器的开发必须建立在各种物理场及其相互作用规律的系统研究基础上。
Therefore, the industrial electromagnetic soft-contact mold can be developed only when various coupled physical phenomena, which occur in the mold, have been identified.
软接触结晶器电磁连铸方法是一项新的连续铸造技术，主要用于钢的连续铸造过程，目前已取得了较快的进展。
Soft contact electromagnetic continuous casting is a new type method for continuous casting technique which main used in the cast of steel and have been developed greatly now.
软接触结晶器电磁连铸方法是一项新的连续铸造技术，主要用于钢、铝的连续铸造过程，目前已取得了较快的进展。
Soft contact electromagnetic continuous casting is a new type method for continuous casting technique which main used in the cast of steel, aluminum and have been developed greatly now.
结果表明，矩形软接触电磁连铸结晶器角部存在明显的磁场叠加现象；
The results show that the electromagnetic flux overlap aooears distinctly at the corner of rectangular soft-contact mold.
应用数值模拟讨论了工业实验软接触电磁连铸结晶器结构参数对结晶器内部磁场的影响规律。
The distribution of magnetic field in commercial scale electromagnetic soft-contact mold was investigated with numerical simulation.
通过有限元法三维数值模拟，对方坯连铸软接触结晶器系统中的电磁参数进行了计算。
Some electromagnetic parameters in soft contact continuous casting mold of billet were analyzed through 3-d FEM numerical simulation method.
软接触结晶器电磁连铸可以改善铸坯的表面质量，但其电磁场对拉坯阻力的影响以及拉坯阻力与铸坯表面质量间的关系仍值得研究。
However, the behavior of friction force during the continuous casting and the relation between the quality of the billet and the friction force are still unclear.
软接触结晶器电磁连铸可以改善铸坯的表面质量，但其电磁场对拉坯阻力的影响以及拉坯阻力与铸坯表面质量间的关系仍值得研究。
However, the behavior of friction force during the continuous casting and the relation between the quality of the billet and the friction force are still unclear.
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