1) RH-KTB secondary refining stellmaking
RH-KTB炉外精炼
2) RH out-of-furnace refining
RH炉外精炼
1.
Test of denitrogenation and deoxidation of molten steel in RH out-of-furnace refining is conducted.
对济钢RH炉外精炼处理过程中钢水脱氮、脱氢的效果进行了试验,结果表明:随着RH处理过程中真空度的提高,脱气能力提高;随着真空时间的延长,脱气能力加强;钢水硫含量越低,脱氮效果越好。
3) RH refining furnace
RH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 refine furnace
RH真空精炼炉
1.
The article introduces Laigang 1# RH vacuum refine furnace and its economic barometer technically.
介绍了莱钢1# RH真空精炼炉设备系统及其技术经济指标,阐述了精炼炉的工艺、设备及主要设计特点,其设计采用了紧凑型工艺流程、高效蒸汽喷射泵、枪盖组合式待机位烘烤装置、独立上料系统、尾气检测和三电控制等多项先进技术。
5) Fault Tree
RH-KTB
1.
Intelligent Monitoring and Diagnosis of RH-KTB Vacuum System Based on Object-Oriented Fault Tree Models;
基于故障树的RH-KTB大型真空系统智能故障诊断
6) secondary refining
炉外精炼
1.
Thermodynamic analysis of steel dehydrogenation with chlorine-bearing gas in secondary refining;
炉外精炼钢液用含氯气体脱氢的热力学分析
2.
A proposal for tupes of secondary refining sustem used large-scale Iron-Steel companr of Hebei;
河北特大型钢铁企业炉外精炼选型的建议
3.
The current situation of the refractories for the lining of secondary refining ladle was analyzed.
介绍了炉外精炼的形式,探讨了提高精炼钢包寿命需要解决的问题,分析了炉外精炼钢包内衬用耐火材料的现状,提出了今后钢包用系列耐材的研制应用及发展方向。
补充资料：potassium t-butoxide,ktb
CAS：865-47-4
分子式：C4H9KO
分子质量：112.25
中文名称：叔丁醇钾
英文名称：2-methyl-2-propano potassium salt
Potassium tert-butoxide
Tert-butyl alcohol,potassium derivative
potassium t-butoxide,ktb
potassium t-butoxide,ktb,in
potassium t-butoxide,ktb,in isopropanol
potassium-butoxide
2-Propanol,2-methyl-,potassium salt
分子式：C4H9KO
分子质量：112.25
中文名称：叔丁醇钾
英文名称：2-methyl-2-propano potassium salt
Potassium tert-butoxide
Tert-butyl alcohol,potassium derivative
potassium t-butoxide,ktb
potassium t-butoxide,ktb,in
potassium t-butoxide,ktb,in isopropanol
potassium-butoxide
2-Propanol,2-methyl-,potassium salt
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