1.
The Investigation of Intensive Process for 380m～3 Blast Furnace in CWISC;
川威380米～3高炉强化冶炼途径研究
2.
Study on Strengthening of Pulverized Coal Injection and Characters of Coal in Blast Furnace of Xin Lingang I&S Co.
新临钢高炉强化喷煤及煤粉性能的试验研究
3.
STRENGTHENING OBJECT MANAGEMENT TO REDUCE DIFFUSIBILITY OF BFG
强化目标管理 降低高炉煤气放散率
4.
Industrial experiment of intensified smelting by oxygen-coal injection on No. 3 BF of Anshan Iron & Steel Group Co.
鞍钢3号高炉氧煤强化炼铁工业试验
5.
Steelmaking Process of V Micro-alloying High Strength Steel in EAF
钒微合金化高强钢电炉炼钢工艺研究
6.
STRENGTHENING SMELTING UNDER BAD RAW AND FUEL MATERIAL OF No.9 B.F. OF XUAN STEEL
宣钢9号高炉原燃料条件劣化下的强化冶炼
7.
SHELL STRENGTH ANALYSIS WITH FINITE ELEMENT METHOD FOR NO.11 BF AT ANSHAN IRON AND STEEL CO.
鞍钢11号高炉炉壳的有限元强度分析
8.
Supervision of Furnace Thermal Current Intensity and Prediction of Furnace Lining Thickness;
高炉热流强度的监测与炉衬厚度预报
9.
Analysis on reasons affecting coke strength in blast furnace
影响包钢高炉入炉焦炭强度原因浅析
10.
OPTIMIZATION DESIGN OF RIGID FRAMES FOR THE SHAFT AND TOP OF A 3 200 m~3 BLAST FURNACE IN LIAN STEEL COMPANY
涟钢3200m~3高炉炉身、炉顶刚架优化设计
11.
Stress Analysis of BF Hearth and Lining and Reinforcement Criterion for Longitudinally Cracked Shell
高炉炉缸的应力分析和炉壳开裂补强判据
12.
" Boiler Heat Exchange, Conduction & Intensification"
锅炉热交换传热强化
13.
Research on Intensifying Heat Transfer in Square Tubular Furnace;
方箱管式加热炉炉内的强化传热研究
14.
Improvement in the working environment in front of the blast furnace and extension of the campaign life of the sand port of the main runner are prerequisite for ceaselessly strengthening the smelting in the large blast furnaces.
改善炉前工作环境,提高主沟砂口的使用寿命,有利于满足现代大型高炉不断强化冶炼的要求。
15.
An introduction is given to their importance in increasing the gasification intensity of coal gasifiers and reducing coal consumption.
介绍了它们对提高煤气炉的气化强度和降低煤耗的重要性。
16.
The evaluation method is analysed, and some practical suggestions are put forward.
为此,对高炉冶炼强化的评价方法进行了分析,并提出了具体建议。
17.
Some new contents should be added to the evaluation of blast furnace intensified smelting in the new century.
在新世纪,面对新的形势,对高炉冶炼强化的评价应增添新的内容。
18.
Heat Transfer Enhancement of Liquid-solid Two-phase Flow in Cooling Water Pipes of Staves
高炉冷却壁冷却水管内液固两相流强化传热实验研究