1.
DISCUSSION AND APPLICATION OF STEELMAKING OF NEGATIVE ENERGY IN CONVERTER STEELMAKING PLANT OF GISE
广钢转炉炼钢厂负能炼钢探索与实践
2.
Practice of steelmaking with minus energy in No.3 Steelmaking Plant of WISCO
武钢炼钢总厂三分厂转炉负能炼钢实践
3.
Development and Prospects of Converter Negative Energy Steelmaking in China
中国转炉“负能炼钢”技术的发展与展望
4.
THE ACTUALITIES AND MEASURES OF REALIZING NEGATIVE-ENERGY STEEL-MAKING OF CONVERTER IN SAN`ANSTEEL
三安实现转炉“负能炼钢”的现状与措施
5.
ANALYSIS OF MINUS ENERGY CONSUMPTION IN THE YEAR 1989 IN BOF STEELMAKING PROCESS IN BGISW
1989年度宝钢转炉炼钢工序能耗实现负值的分析
6.
Only by taking part in practice can the young people be toughened and hardened into steel.
年轻人只有通过实际锻炼才能百炼成钢。
7.
The highly effective integration energy-saving technology of EAF steelmaking
电弧炉炼钢高效化能量集成节能技术
8.
The Technology of Foaming Slag Steel Making and Its Energy Saving in EAF Process
应用泡沫渣埋弧炼钢工艺的节能效果
9.
Artificial Intelligence Technology in Process Control of BOF Steclmaking
转炉炼钢过程控制中的人工智能技术
10.
BOF Intelligent Dynamic Endpoint Control
转炉炼钢智能动态终点控制(英文)
11.
Analysis of Annual Capacity of EAF Steel Plant with Continuous Casting Rate of 100 %;
全连铸电炉炼钢厂的年生产能力分析
12.
ANALYSIS FOR RAW MATERIAL OF IRON-MAKING IN 2006 AND 2007 IN XUAN STEEL
宣钢2006-2007年炼铁原料性能分析
13.
Measures of Energy-saving and Resources Comprehensive Utilization in the Steelmaking Plant of Laiwu Steel
莱钢炼钢厂节能降耗及资源综合利用的措施
14.
As much as 9,750,000 tons of small furnace productive capacity, 13,000,000 tons of steel-making capacity and 18,290,000 tons of steel rolling capacity had been cut down.
淘汰小高炉生产能力975万吨、炼钢能力1300万吨、轧钢能力1829万吨；
15.
Wukong: king, why not making iron and steel with these ironstones? It's profitable!
悟空：国王，你们为什么不用这铁矿来炼铁炼钢啊！能赚大钱啊！
16.
Study on the materials and energy condition of using four furnace charges in EAF steelmaking process
电弧炉炼钢使用四元炉料的冶炼过程物耗和能量状况分析
17.
Effect of Lower Body Negative Pressure Training on Cardiovascular Function;
下体负压锻炼对心血管功能影响的研究
18.
Steel is usually made where the iron ore is smelted
通常炼铁的地方也炼钢。