The quality of thin slabs can be improved effectively by EMBr.
电磁制动可明显提高薄板坯洁净度水平。
The numerical results show that flow field in the mold is changed largely with EMBR.
数值模拟结果表明：应用电磁制动使结晶器内的流场有很大的改变。
But slag entrapment still occurs, so EMBR controlling technology should be studied further.
但采用电磁制动后仍发生了卷渣现象，该技术还有待于进一步优化研究。
It showed that EMBR could control vortex and improve the flow field in the thin slab continuous casting mould effetely.
计算表明，电磁制动对于抑制涡旋、改善薄板坯连铸结晶器中的流场有明显效果。
The results show that the effect factors of EMBr are slab width, casting speed, the shape of submerged entry nozzle and so on.
结果表明，电磁制动的影响因素有板坯宽度、浇注速度、浸入式水口的形状等。
The results show that the effect factors of EMBr are slab width, casting speed, the shape of submerged entry nozzle (SEN) and so on.
结果表明电磁制动的影响因素有板坯宽度、浇注速度、浸入式水口(SEN)的形状等。
Using the finite element methods to study the natural and linear bearing EMBR system, the inherent frequencies and modes are obtained.
采用有限元法分析滚珠轴承和磁浮轴承—转子系统，获得相应线性系统的固有频率和模态振型等动态特征量。
A video will be presented showing how steel flow in a thin slab caster with a tapered mold is influenced and calmed down when using the EMBR.
本文用一段录像显示一个带有一定锥度的薄板坯连铸结晶器内的钢液流动在使用了电磁制动后是如何受到影响并逐渐减弱的。
Recent results from Handan, China show that the total oxygen content in a thin slab using EMBR is comparable with that of a conventional vertical bending slab without EMBR.
中国邯钢最新的结果显示，使用电磁制动后薄板坯总的含氧量可以同常规直弯式板坯媲美。
Using incompressible MHD equations and zero equation turbulent model, the paper calculated the flow field in two dimension thin slab continuous casting mould with the electromagnetic brake(EMBR).
本文采用不可压缩MHD方程及零方程湍流模式，数值计算了加电磁制动器的二维薄板坯连铸结晶器中的流场。
Using incompressible MHD equations and zero equation turbulent model, the paper calculated the flow field in two dimension thin slab continuous casting mould with the electromagnetic brake(EMBR).
本文采用不可压缩MHD方程及零方程湍流模式，数值计算了加电磁制动器的二维薄板坯连铸结晶器中的流场。
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