1) electric arc furnace slag
电弧熔炉钢渣碳
2) DC electric arc-electric slag ladle furnaces
直流电弧电渣钢包炉
1.
By using a body-fitted coordinate system throughconformal transform, the 3D-mathematical model of electromagnetic field, velocity field and temperature field of liquid steel and two phase flow on a non-standard orthogonal curvilinear coordinate system in DC electric arc-electric slag ladle furnaces has been established and solved numerically with the φ-ω method in this paper.
应用保角变换，采用贴体坐标，建立了非规范正交曲线坐标系的直流电弧电渣钢包炉钢液与两相流的电磁场、速度场、温度场的三维数学模型，用φω法进行了联立耦合数值计算，在生产过程中测量电磁场与温度场，预测与实测结果基本一致。
2.
The transport of magnetic field intensity and its boundary conditions on a non-standard orthogonalcurvilinear coordinates system for DC electric arc-electric slag ladle furnaces have been derived, and solved numerically.
推导了非规范正交曲线坐标系下，直流电弧电渣钢包炉磁场强度输运方程，并给出了相应的磁场强度的边界条件，进行了三维数值计算，预测结果与现场测量结果基本一致，所揭示的规律对实际生产有重要的指导意义。
3) Electric furnace slag
电炉钢渣
1.
Introduced in this paper are the physical and mechanical propertries of the electric furnace slag, and on that basis, the ndx ratio of asphalt mixture is designed and its grades are determined.
本文介绍了电炉钢渣的物理力学性能，结合电炉钢渣的特性进行了沥青混合料配合比设计，提出电炉钢渣沥青混合料的级配，同时对电炉钢渣沥青混合料抗车辙、水稳定性、体积膨胀率等方面进行试验，各项技术指标均达到设计要求，结果证明经有效处理电炉钢渣取代石料拌制沥青混合料是可行的。
4) electricity dregs heavy furnace
电渣重熔炉
1.
The electricity dregs heavy furnace monitor and automatically pullsout the spindle control system design and research;
电渣重熔炉监测及自动抽锭控制系统的设计与研究
2.
The brief introduction to the electricity dregs heavy furnace principle was presented,the selection of new motor choice(mainly is the fast motor,automatic fluctuation motor,revolving motor),PLC(programmable controller) shaping and inverter shaping were corried out.
简要介绍了电渣重熔炉原理。
6) electrometal furnace
电弧熔化炉
补充资料：碳电弧
分子式：
CAS号：
性质：碳电极之间产生的电弧。由于碳导热性能低，故碳电极温度梯度小，碳的燃烧率和挥发率高。碳电极激发时，试样完全挥发的时间短。但碳电极若是在空气中激发，则与氮作用产生氰分子，有氰带发射，对光谱分析有干扰。
CAS号：
性质：碳电极之间产生的电弧。由于碳导热性能低，故碳电极温度梯度小，碳的燃烧率和挥发率高。碳电极激发时，试样完全挥发的时间短。但碳电极若是在空气中激发，则与氮作用产生氰分子，有氰带发射，对光谱分析有干扰。
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