1) electro slag hot topping
电渣加热冒口
1.
If the electro slag hot topping is adopted in casting processes, the riser will be smaller than conventional one and the yield rate will increase largely.
采用电渣加热冒口可以减小冒口尺寸,提高工艺出品率。
2) electroslag hot-topping
电渣热冒口
1.
The process parameters of electroslag hot-topping(ESHT)for the manufacture of large cast steel backup rolls are studied by means of numerical simulation.
以大型铸钢支承辊为例,利用数值模拟方法对电渣热冒口工艺参数进行了全面研究,建立了凝固热传导、相变以及移动热源的数学模型,利用商品化软件包ProCAST求解,确定了电渣热冒口工艺参数对支承辊缩孔、疏松的影响,并制定了最佳工艺参数。
3) Electric Arc Heating Top
电弧加热冒口
1.
The Application of Electric Arc Heating Top in Steel Casting Roll Production;
电弧加热冒口(EAHT)在铸钢轧辊生产中的应用
4) riser heating
冒口加热
1.
Meanwhile, a new technology with riser heating and spray quenching process are suggested.
为了提高耐磨高锰钢的淬透性、抗蠕变性和耐磨性,以各合金元素对锰钢性能影响为依据,通过大量的试验,提出了高性能耐磨锰钢原料的新配方,同时采用冒口加热新工艺和喷雾淬火新工艺等,大大提高了生产效率,满足了生产实际对锰钢耐磨性的要求。
5) electroslag heating
电渣加热
1.
In comparion with plasma arc heating,the electroslag heating hasthe advantages such as high thermal efficiency,low cost and simple operation,which is suitable forheating the molten steel in the industrial ladle or t.
用连续测温技术测定了有底吹氩气搅拌的实验钢包电渣加热时不同加热功率条件下的钢水升温曲线。
2.
Preliminary findings indicate that the feature of the electroslag heating technology has the characters of rapid heating and high energy efficiency, and so on.
利用大型有限元软件ANSYS,在建立轧辊表层电渣加热物理模型和数学模型的基础上,对辊芯表层加热系统特别是渣池中的电场、电位、电流密度分布、温度场、热流密度、热流梯度分布及影响因素进行了模拟研究。
6) slag riser
冒渣口
补充资料:20t压力电渣重熔炉(德国联合锻造公司)
20t压力电渣重熔炉(德国联合锻造公司)
麟20t压力电渣重熔炉(德国联合锻造公司)
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