简述了动态轻压下技术的冶金原理。
The principle of dynamic soft reduction technology was introduced briefly.
在应用轻压下技术和拉速提高前后，碳的偏析程度有很大的不同。
Adopt the technologies or not the carbon segregation degree is difference.
通过大量的生产试验，对动态轻压下技术的关键控制参数进行了优化。
The parameters of dynamic soft reduction have been optimized from a number of experiments.
文章最后介绍了动态轻压下技术的应用状况以及我国对该技术的研究开发情况。
And, the study and application of dynamic soft reduction technology in China were introduced.
本文系统介绍了动态轻压下技术的轻压下控制模型和相关设备的受力计算、校核。
In this paper, dynamic soft reduction model and stresses calculating and calibration of the main equipment of dynamic soft reduction have been described.
末端轻压下技术对减少中心偏析很有效，对提高产品质量、生产高附加值产品有重要意义。
It is concluded that this technology is effective to abate central segregation, improve quality of product, produce high value added product.
简述了连铸坯动态轻压下技术，介绍了该技术的关键工艺参数即压下区间、压下量和压下速率。
The dynamic soft reduction technology and the key technical parameters of soft reduction for continuous casting were presented in this paper.
文章简述了轻压下技术的基本原理，并详细介绍了全程辊缝控制轻压下技术在梅山炼钢厂的应用情况。
The principle of soft reduction technique are briefed and the application of roller gap soft reduction technique in Meishan continuous casting are analyzed and discussed.
结合武钢二炼钢动态轻压下技术的应用情况，对压下位置、压下量、压下率等主要参数进行了分析及优化。
Steelmaking Plant of WlSCO, the main technological parameters were analyzed and optimized, such as reduction position, reduction amount, and reduction ratio.
介绍了安钢采用动态轻压下技术改善板坯内部质量的效果，并分析了动态轻压下对中心偏析和内部裂纹的影响。
The effects of improvement on internal quality of slab by the dynamic soft reduction at An-gang were introduced.
简述了攀钢大方坯连铸结晶器电磁搅拌技术、二冷控制技术和凝固末端动态轻压下技术在重轨钢连铸中的应用效果。
The key technologies, such as M-EMS, secondary cooling scheme, and dynamic soft reduction, and its application to bloom continuous casting for heavy rail steel were presented.
简述了攀钢大方坯连铸结晶器电磁搅拌技术、二冷控制技术和凝固末端动态轻压下技术在重轨钢连铸中的应用效果。
The key technologies, such as M-EMS, secondary cooling scheme, dynamic soft reduction, and its application to bloom continuous casting for heavy rail steel were presented.
试验和生产应用表明，静态轻压下技术在高碳连铸方坯生产中应用，可降低铸坯中心碳偏析，改善铸坯中心疏松状况。
Both experiments and production practice have showed that the application of static soft reduction technology can decrease carbon segregation and improve looseness state in billet central area.
采用的新技术包括中间罐冶金、中间罐快速更换，结晶器内钢水流动控制、轻压下等工艺。
The new technologies include tundish metallurgy, quick-change tundish, steel stream control in mould and soft reduction etc.
本文针对超高强度钢(UHSS)动态轻压下工艺的关键技术，开展实验、设计、建模与控制方面的研究。
In this dissertation, the key technologies of dynamic soft reduction for an ultrahigh strength steel (UHSS) have been studied in view of experiment, design, modelling and dynamic control.
动态二冷与动态轻压下是现代连铸工艺提高铸坯质量的一项重要技术。
Dynamic secondary cooling and soft reduction are effective technologies for the improvement of strand quality in continuous slab casting.
介绍了最近开发成功并应用的三项厚板坯连铸新技术 ：人为鼓肚轻压下 ，二次喷淋新技术及在线快速调厚调宽的零号扇形段。
The three new are as follows, international bulging and soft reduction, new spray technology in secondary cooling and on line quick width adjustable and thickness adjustable device for zero segment.
在总结国内外研究工作的基础上阐述了动态轻压下的关键技术，介绍了该技术的国内自主开发进展及应用效果。
Based on the review of the previous work, the key technologies of dynamic soft reduction were presented, and the progress of the development in domestic and the effect of application were introduced.
在总结国内外研究工作的基础上阐述了动态轻压下的关键技术，介绍了该技术的国内自主开发进展及应用效果。
Based on the review of the previous work, the key technologies of dynamic soft reduction were presented, and the progress of the development in domestic and the effect of application were introduced.
应用推荐