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铸流在结晶器和二冷过程中不均匀的凝固是裂纹产生的主要原因之一。包晶钢尤其对裂纹敏感。结晶器保护渣在弯月面处的覆盖状况有助于稳定和优化钢液在结晶器中的初期凝固。在二冷区域内各冷却区的后面检测铸流表面温度。监视基于分区的原则并连续运行。它给出关于二冷喷淋系统均匀性和有效性的直接信息。监视系统用于辩识导致裂纹高发生率的过程条件。介绍了工业应用的概况和首次运行结果。
Casting flow in the mold and secondary cooling process of non-uniform solidification is one of the main cracks. In particular, peritectic steel is susceptible to cracking. The mold flux coverage at the meniscus helps to stabilize and optimize the initial solidification of the molten steel in the mold. The temperature of the strand surface was measured behind the cooling zones in the secondary cooling zone. Monitor partition-based principles and run continuously. It gives direct information about the uniformity and effectiveness of secondary cooling systems. Surveillance systems are used to identify the process conditions that lead to a high incidence of cracks. An overview of industrial applications and first run results are presented.