This paper studied liquid steel flow property in mould of super low head slab CC with hydraulic model and mathematics model.
本文应用水力学及数学模型的方法研究了超低头板坯连铸结晶器内钢水流动特征。
The multiple versions of EMS in the continuous casting of flat products are reviewed and classified with respect to liquid steel flow pattern and metallurgical results.
回顾了电磁搅拌应用于扁平产品连铸生产中的各种形式，并按液态钢水流动形态和冶金效果给予分类。
An unreasonable liquid steel flow behaviors have an effect on inclusion flotation, bubble distribution, liquid mold flux fluid capability and spreadability, shell growth, etc.
不合理的钢液流动行为，会影响夹杂物的上浮、气泡的分布、保护渣的熔化及铺展性能、初生坯壳的形成等。
Based on jet theory, four different regions of liquid steel flow within the crystallizer have been found and the physical model of the flow for every region has been conducted.
采用射流理论，得出结晶器内钢液流动的四个不同区域，分别求得其钢液流动的物理模型。
The flow of liquid steel in the mold was displayed.
模拟显示了结晶器内的钢液流动；
The hot metal flow and heat transfer in the mould are studied by computer emulation method and therefor the solidification behavior of liquid steel in the mould determined.
用计算机仿真的方法研究结晶器内钢液流动与传热，从而了解钢液的凝固行为。
The dynamics of purifying the liquid steel by centrifugal flow tundish was studied through physical simulation.
采用物理模拟的方法，对离心中间包净化钢液的动力学进行了考察。
The present paper studies the effect of structure of the submerged nozzle on the flow ability of the liquid steel in the mold of the slab continuous caster.
通过水力模型实验，研究了水口结构对南钢板坯连铸机结晶器内钢水流动特性的影响。
Pull and hold the stainless steel wire at the top which opens the valve, allowing the liquid to flow in.
拉按住不锈钢丝上方的打开阀门，使液体源源不断的流进采样器。
Because, the movement track of liquid steel is improved by the argon bubbling and route of fluid flow is much more flexuous and close to the bath surface.
吹氩形成的微气泡群可以显著改善中间包内流体的运动轨迹，流体运动的路线更加曲折，并且全程流动靠近液体表面。
Because, the movement track of liquid steel is improved by the argon bubbling and route of fluid flow is much more flexuous and close to the bath surface.
吹氩形成的微气泡群可以显著改善中间包内流体的运动轨迹，流体运动的路线更加曲折，并且全程流动靠近液体表面。
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