1) Controlled-casting and controlled-cooling
控铸控冷
2) control cooling
控冷
1.
Application of feedforward and feedback control strategy to rolling line of control cooling in Baosteel Wiring Mill;
前馈和反馈相结合的控制策略在宝钢线材厂控冷轧线上的应用实践
2.
The control cooling process of ER70S 6 wire rod with different carbon content was studied.
对 3炉不同碳含量的焊接用钢盘条 ER70 S- 6控冷工艺进行了研究 ,发现提高吐丝温度虽可以降低盘条的强度 ,但盘条中易出现混晶组织 ,碳含量小于 0 。
3.
This work researched on the control cooling process of ER70S-6 wire rodes which is used for drawing gas shield arc welding electrode.
对用于拉拔气体保护焊丝的焊接用钢盘条ER70S-6的控冷工艺进行了研究,发现提高吐丝温度虽可以降低盘条的强度,但盘条中易出现混晶组织。
3) controlled cooling
控冷
1.
Design of controlled cooling technology after rolling of ship plate steel E36;
船板钢E_(36)轧后控冷工艺的制定
2.
Effect of micro-alloy and controlled cooling on structure and properties of high carbon steel wire rod;
微合金及控冷对高碳硬线组织性能的影响
3.
Flux uniformity at the nozzle pipe outlet of a four-branch pipe controlled cooling apparatus for steel plates;
四支管钢板控冷结构喷嘴管出口流量均匀性
4) cooling control
控冷
1.
Design improvement of cooling control model of 590 MPa marine steel plate;
590MPa船用钢板控冷模型设计改进
2.
Rolling and cooling control process flow of SCM435 high alloy steel for cold heading are made through analyzing phase changing course.
介绍铬、钼在合金中的作用及强化机制,通过分析SCM435高合金冷镦钢的相变过程,制定其控轧控冷工艺路线,对不同工艺的生产结果进行对比,找出适合高级别标准件用SCM435高合金冷镦钢线材的控轧控冷工艺。
3.
The main effect factors bringing about brittle fracture of wire rod without drawing are carbon content,spinning temperature,speed of cooling control and contents of baneful gas.
盘条未经拉拔出现脆断的主要影响因素是碳含量、吐丝温度、控冷速度和有害气体的含量;笔尖状断裂主要由非金属夹杂和中心偏析造成;爪形和环形断裂由表面硬度偏高造成,并提出解决断裂问题的合理化建议。
5) controlled-cooling
控冷
1.
With Gleeb-1500 thermal simulating test machine the CCT curve of Φ12 mm ML35 steel is studied,and its controlled-cooling process adjusted according to the curve,and excellent mechanical properties and cold heading ability for wire got.
利用Geeb le-1500热模拟机对邢钢Φ12mm ML35钢的CCT曲线进行了研究,根据该曲线对Φ12mm ML35钢的控冷工艺进行了调整,调整后的线材力学性能和冷镦性能良好。
6) control rolling and control cooling
控轧控冷
1.
Aided by the actual measurement of 1 700 mm continuous hot rolling production in WISCO,this paper studies the optimized ingredient design,control rolling and control cooling of hot-rolled strip steel T52L.
利用武汉钢铁(集团)公司热轧厂1700热连轧机大生产实测数据,对热轧带钢T52L的最佳化成分设计及控轧控冷工艺进行研究,优化T52L钢的化学成分,着重分析化学成分、轧制工艺对带钢屈服强度、抗拉强度、延伸率及冷弯性能的影响,同时进行性能控制的相关研究,建立T52L钢的力学性能控制模型,为工业化生产提供理论依据。
2.
The research on the process of control rolling and control cooling was carried out to produce the KL400Ⅲ screw bars by low carbon steel on high speed wire mill.
通过采用控轧控冷工艺，对在高线轧机上用普碳钢生产ＫＬ４００Ⅲ级螺纹钢筋进行探讨，经试轧，生产出Φ８ｍｍ的ＫＬ４００Ⅲ级螺纹钢筋。
3.
This article describes the development of hot rolled strip X52 pipeline produced by ASP in Angang, the composition design, Nb-Ti microalloying, smelting, continuous thin slab casting, control rolling and control cooling.
Ti微合金化、冶炼、连铸、薄板坯的控轧控冷等。
补充资料：呈控
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