Improvement of accuracy in thickness during flying gage change in tandem cold mills

机译：在串联冷轧机中的飞行量大变化过程中厚度准确性的提高

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New AGC systems have been developed and applied to the No.3 TCM in the Chiba works. Accuracy in thickness, especially after FGC, was improved and off-gage length was reduced in half.

机译：新的AGC系统已经开发并应用于Chiba工作的3号TCM。厚度的精度，尤其是在FGC之后，改善和低于量度减小成分。

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《International ATS Steelmaking Days Conference》|1997年||共2页
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H. Kijima; K. Kenmochi; I. Yarita;
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中图分类 TF7-532;
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1. Improvement of the accuracy in thickness during flying gauge change in tandem cold mills [J] . H. Kijima, K. Kenmochi, I. Yarita, Revue de Metallurgie: Cahiers d'Informations Techniques . 1998,第7a8期

机译：串联冷轧机更换飞行仪表时厚度精度的提高
2. Improvement of the accuracy in thickness during flying gauge change in tandem cold mills [J] . H. Kijima, K. Kenmochi, I. Yarita, Revue de Metallurgie . 1998,第7a8期

机译：串联冷轧机更换飞行仪表时厚度精度的提高
3. Improvement of thickness accuracy in a tandem cold mill [J] . Hideo Kijima 材料とプロセス: 日本鉄鋼協会講演論文集 . 1996,第5期

机译：串联冷轧机的厚度精度提高
4. Improvement of accuracy in thickness during flying gage change in tandem cold mills [C] . H. Kijima, K. Kenmochi, I. Yarita International ATS Steelmaking Days Conference . 1997

机译：在串联冷轧机中的飞行量大变化过程中厚度准确性的提高
5. Rolling mill optimization using an accurate and rapid new model for mill deflection and strip thickness profile. [D] . Malik, Arif Sultan. 2007

机译：使用精确，快速的新模型优化轧机变形和带材厚度轮廓。
6. Dataset showing steel cold rolling process parameters for a 6-high cold rolling mill in Nigeria [O] . Emmanuel O. Ayuba, Christian.A. Bolu, Temitope M. John, 2018

机译：数据集显示了尼日利亚6高冷轧机的钢冷轧工艺参数
7. Improvement of Gauge Accuracy in No.1 Cold Tandem Mill at KSC's Mizushima Works [O] . Shigeru KURODA, Shunji GOTO, Keisuke KADONO, 1993

机译：在KSC的Mizushima工程中改进No.1冷串磨机中的仪表精度

Improvement of accuracy in thickness during flying gage change in tandem cold mills

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