1)RH refiningRH精炼
1.Development and application of RH refining temperature and alloy model;RH精炼温度与合金模型的开发与应用
2.Effects of Gas Port Inner Diameter on Molten Steel Flow and Mixing Characteristics during RH Refining Process;吹气管内径对RH精炼过程钢液流动和混合特性的影响
3.The circulation flow rate,mixing time,mean residence time,volumetric mass transfer coefficient of the RH refining process were determined by water modeling.通过物理模拟测定了RH精炼过程的循环流量、钢包的均混时间、真空室内物料的平均停留时间及容量传质系数,重点分析了RH上升管内的提升气体用喷嘴个数及其布置对上述4个方面特性的影响。
英文短句/例句
1.Mathematical and Physical Modeling of Multifunction RH Refining Process;多功能RH精炼过程的数学和物理模拟
2.Technology Conversion and Fault Analysis of RH Refining Vaccum PumpRH精炼真空泵技术转化与故障分析
3.Variation of total oxygen in RH refining and operation improvementRH精炼钢中全氧量变化与操作改进
4.Application of PLC redundancy technology in lai steel RH refining furnacePLC冗余技术在莱钢RH精炼炉中的应用
5.Numerical simulation of liquid steel flowing in RH refining process and its applicationRH精炼过程钢液流动数值模拟和应用
6.PROCUTION OF UL RA-LOW-CARBON STEEL WITH RH REFINING济钢RH精炼法生产超低碳钢的实践
7.A Study on Water Model for Circulation Flow Rate Optimization in RH Degassing RefiningRH精炼循环流量优化的水模型研究
8.Mathematical Modeling of Non-equilibrium Decarburization Process During the RH Refining of Molten Steel;钢液RH精炼非平衡脱碳过程的数学模拟
9.Mathematical simulation study of nonaxisymmetry flow field in RH vacuum degasser;RH精炼中钢包内非轴对称流动场数值模拟研究
10.Effects of Distance between Two Snorkels on Mixing Characteristics During RH Refining Process浸渍管中心间距对RH精炼过程混合特性的影响
11.The Application of Automation Control System of RH Treatment in Secondary Metallurgy in ShouqinPLC自动化控制在首秦RH精炼系统的应用
12.The support System's Research and Development of RH Refining Online ModelRH精炼在线模型支持系统的研究与开发
13.Analysis and Measurement on Converter Steam to Ensure RH Refining Furnace Continuous Production转炉蒸汽保障RH精炼炉连续用汽的分析与对策
14.Development of Process Control System for RH Refining Furnace of Laiwu Steel Section Plant莱钢型钢厂RH精炼炉过程控制系统开发
15.Effect of Different Technological Factors on Inclusion Removal in RH Degasser不同工艺因素对RH精炼夹杂物去除过程的影响
16.Effect of Effective Concentration of High Melting Point Phases in RH Refining on Slag StickingRH精炼渣高熔点相作用浓度对粘渣的影响
17.Numerical Simulation on Molten Steel Flow and Circulation Flow Rate in RH Vacuum Degassing ProcessRH精炼过程钢液流动行为与循环流量数值模拟
18.Prediction Model of Temperature and Alloy Addition in RH-TB Refining ProcessRH-TB精炼温度与合金加入量预报模型
相关短句/例句
RH-MFB refiningRH-MFB精炼
1.In order to study the effect of RH-MFB refining technology on decarburization process,the overall decarburization mechanism can be divided into decarburization in bulk molten steel and floating of CO against static pressure,and decarburization on the surface of argon bubbles and splashed liquid drops.为研究RH-MFB精炼工艺对脱碳过程的影响,将脱碳机理确定为钢液本体脱碳与CO克服静压力上浮、氩气泡表面脱碳和飞溅液滴脱碳,根据脱碳反应动力学和质量守恒原理建立了RH-MFB脱碳数学模型。
3)RH refining furnaceRH精炼炉
1.The closed loop soft water cooling system for the RH refining furnace is consist of surface evaporative air cooler,degassing tank,the device of stabilizing pressure and making up water and automatic medicine feeder,etc.RH精炼炉软水密闭循环水冷却系统由表面蒸发式空冷器、脱气罐、循环水泵、定压补水、自动加药装置等组成。
4)RH vacuum refiningRH真空精炼
1.A mathematical model of molten steel circulation flow in RH vacuum refining;RH真空精炼过程中钢液循环流动的数学模型
2.On the basis of mass,momentum and energy equilibrium,combined with the decarburization kinetics,the activity decarburization mathematical model in RH vacuum refining was established.在质量守衡、动量守衡、能量守衡的基础上 ,结合脱碳反应动力学建立了RH真空精炼过程中动态脱碳数学模型 ,把该模型与RH处理过程中钢液循环流动数学模型耦合求解 ,得到了RH处理过程动态脱碳速
3.A new dynamic mathematical model to represent the processes of decarburization and degassing in RH vacuum refining units were developed.建立了描述RH真空精炼装置内钢液动态脱碳 (脱气 )模型 。
5)RH Secondary RefiningRH二次精炼
6)high productivity of RHRH高效精炼
延伸阅读
18t氩氧精炼炉(AOI))在作业(太钢)18t氩氧精炼炉(AOI))在作业(太钢) 18t氩氧精炼炉(AOD)在作业(太钢)
