Through the transfer of ladle turret the steel span steel liquid can be continuously transmitted to the pouring position of continuous casting machine and quickly perform replacement of ladle heavy bag and empty package .

通过 钢包回转台的 传送，使炼钢跨的钢液能够连续地传送到连铸机的浇注位置，并快速地进行钢水包重包与空包的更换。

Application of Refractory Castable Lining for Transfer Ladle of Fe Electric Furnace

耐火浇注料在铁液 浇注 包上的应用

This paper analyzes the process of heat transfer of ladle introduce the development and present situation as well as research ways concerning heat transfer of ladle .

分析了 钢包 传热的过程，详细介绍了钢包 传热研究的发展与现状以及钢包传热研究的方法。

Using second inoculation in transfer ladle it is stable to produce ideal vermicular graphite cast and it is easy to control .

采用 转包时二次孕育可以稳定生产理想的蠕墨铸铁，批量生产容易控制；

The molten steel heat transfer process of teeming ladle and tundish in continuous cast procedure is studied and computed computed temperature drop being identical with practically measured result .

研究和计算了连铸工序 盛 钢 桶、中间包钢液的 传热过程，计算的温度降与实测结果吻合；

The Bethlehem Process of chemical reheating is a relatively inexpensive method for increasing the temperature of molten steel contained in the transfer ladle .

伯利恒化学升温工艺是一种成本相对较低的在 钢水 罐车上升高钢水温度的方法。

The heat emission in the free room of a plasma ladle furnace and the forced convective cooling in a plasma torch has been studied and a physico-mathematical model of heat transfer for the plasma ladle furnace has been established .

研究了等离子体钢包炉内自由空间辐射传热和等离子枪水冷强制对流 传热，建立了等离子体 钢包炉 传热数学模型。

Heat transfer mathematical modeling of ladle in production cycle

钢包热循环过程 热状态的数学模拟

Tilt transfer and rotate the ladle to align with crane hooks in the event of a power failure .

钢水车无动力时，可用起重机吊钩倾斜， 传递，旋转 钢水 包。

In this paper the liquid steel flow field in tundish and mold were digitally studied and physically simulated the overall steel transfer system from ladle to tundish and to mold were properly optimized .

本文通过中间包与结晶器流场的数值模拟和物理模拟研究，对中间包整体及内腔结构进行合理优化，同时对 大包到中间包，中间包到结晶器整个系统进行了合理改进。

Development and present situation concerning heat transfer research of ladle

钢包 传热研究的发展与现状

Electromagnetic stirring ( EMS ) utilizes the electromagnetic force that intensifies flow of molten steel . The flow improves the conditions of heat transfer and mass transfer and meets the requirement of thermodynamics and dynamics in ladle refining .

钢包电磁搅拌是利用搅拌器在钢液中产生的电磁力 驱动钢包中钢液流动，这种流动能够很好改善 钢包精炼过程中的流动、传热和 传质条件，满足 钢包精炼过程中的热力学和动力学要求。