铸坯裂纹漏钢在连铸生产过程中经常发生。
The billet crack breakout would take place often in the process of continuous casting.
在连铸生产过程中，二冷段是影响铸坯质量的重要环节。
In continuous casting process, secondary cooling zone (SCZ) has significant influence on slab quality.
工业试验结果表明，在连铸生产过程中，开浇阶段钢水的二次氧化是钢中氧含量增加的主要原因。
The results of industrial tests show that secondary oxidation of liquid steel at the initial stage of casting process is a major factor for the increasing oxygen content of steel.
以宝钢连铸生产过程为背景进行挖掘实验，表明这种方法在实际应用中的正确性和有效性。
Mining test in continuous casting process of Baosteel shows that the method is effective in practical application.
钢液在中间包内液位直接影响到连铸生产过程的顺行和铸坯质量。
Continuous casting process and billet quality were directly impacted by the bath level of molten steel in tundish.
钢液在中间包内液位直接影响到连铸生产过程的顺行和铸坯质量。
Continuous casting process and billet quality were directly impacted by the bath level of molten steel in tundish.
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