1) converter vaporization cooling
转炉汽化冷却
1.
An engineering example of using steam in converter vaporization cooling system to guarantee steam for vacuum refining device was presented.
介绍了南京钢铁联合有限公司RH真空精炼工程中利用转炉汽化冷却系统蒸汽保障真空精炼装置用汽的工程实例。
2) evaporation cooling system of comverter
转炉汽化冷却系统
3) steam-cooling
汽化冷却
1.
The article introduces steam-cooling technology application of heating furnace.
介绍了加热炉汽化冷却技术及其应用。
2.
Introducing the necessary of medium-plate-rolling -plant heating-furnace remaking from water-cooling to steam-cooling and obvious economy benefit.
介绍了中板厂加热炉由水冷却改造为汽化冷却的必要性和明显的经济效益。
4) evaporative cooling
汽化冷却
1.
Analysis of failure causes of evaporative cooling of heating furnace and its preventive measures;
加热炉汽化冷却失效原因分析及改进措施
2.
The failure cause was analyzed which is evaporative cooling failure.
介绍了华菱集团涟源钢铁公司型材厂蓄热式加热炉的事故现象,分析了事故发生的原因是汽化冷却循环不正常。
3.
Based onthe summary ofthe skids andposts arrangement in the reheating furnace,the paper introduces the principle andcomponents of evaporative cooling system with forced recirculation and its' advantage,and give an example of successful reference for this cooling system and achieved result.
简要介绍了步进梁式加热炉炉内水梁结构布置,在此基础上论述了步进梁式加热炉强制循环汽化冷却系统的基本原理及其组成,并给出了强制循环汽化冷却在某钢厂的成功应用范例及其应用效果。
5) vaporization cooling
汽化冷却
1.
The main characteristics and running effect of the vaporization cooling circulating system are described in detail.
介绍了安庆铜矿8m2竖炉球团工程中竖炉主要设计参数、工艺流程,重点介绍了汽化冷却循环系统的主要工艺技术特点和运行效果。
2.
1 rolling mill of our company,the steam of heating furnace vaporization cooling system never be used before we recovery and make use of it in 1996, and got good effect.
太钢一轧厂加热炉汽化冷却所产生的蒸汽长年放散,1996年对此蒸汽进行回收利用,取得良好效果。
3.
From the viewpoint of energy effective utilization,water consumption, safety and economy, comparison and analysis of vaporization cooling and circulated water cooling for industrial furnace have been made.
从能量利用、耗水量、安全性与经济性等多个方面对工业炉炉体冷却方式（汽化冷却与循环冷却）进行了分析与比较，指出汽化冷却比水冷却更加节能降耗。
6) evaporated cooling
汽化冷却
1.
The evaporated cooling system with soft water closed loop system was switched over successfully in the normal production condition of the BF.
并在高炉正常生产状态下 ,成功实施了汽化冷却与软水密闭循环系统的安全切换。
2.
How to successfully put an evaporated cooling system of a converter flue in operation and establish the relative stable operation were important contents when blowing in of a converter.
如何使转炉汽化冷却系统顺利投产,建立一个相对稳定的工况,是转炉开炉时的一个重要内容,介绍了马钢一炼钢95t转炉汽化冷却系统首次开炉工艺。
3.
In eliminating the weakness of evaporated cooling self-control system for 25 t Converter,the system has been reconstructedwhich offers correct information and reliable control.
针对济钢 2 5Τ转炉汽化冷却自控系统存在的薄弱环节 ,利用新技术全面改造完善 ,为生产提供准确的信息和可靠的控制 ,确保了设备的正常运行。
补充资料：钢坯加热炉低位汽包汽化冷却装置
钢坯加热炉低位汽包汽化冷却装置
钢坯加热炉低位汽包汽化冷却装置
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条