1) nuclear steelmaking
核炼钢
2) steelmaking
[英]['sti:l,meikiŋ] [美]['stil,mekɪŋ]
炼钢
1.
Application and Improvement of ERP Production and Marketing System in the Steelmaking Production Schednle;
ERP产销系统在炼钢生产计划中的应用与改进
2.
Integrated design with CEI for steelmaking process computer;
炼钢过程计算机的“三电”一体化设计
3.
Experimental study of steelmaking with CO_2 and O_2 mixed blowing;
二氧化碳—氧气混合喷吹炼钢实验研究
3) steel making
炼钢
1.
Hierarchy Coloured Petri Net (HCPN) and application in material flow system simulation modeling for steel making and continuous casting production of Baosteel;
分层有色Petri Net(HCPN)及其在宝钢炼钢连铸生产物流系统仿真建模中的应用
2.
The mechanism of burn and scald in steel making system is analyzed to offer an accordance for reducing the accident.
分析了转炉炼钢系统灼烫伤机理,采取可行性控制措施,为减少转炉炼钢系统灼烫伤事故的发生提供依据,收到了较好效果。
3.
By increasing effective CaO content in lime and decreasing burning loss, sulfur content and impurity, the consumption of lime in steel making can be reduced remarkably.
石灰质量对炼钢用石灰消耗量有显著影响。
4) steel-making
炼钢
1.
Control of the lance position in BOF steel-making;
转炉炼钢氧枪枪位辅助控制的研究
2.
Retrospect and prospect of technological progress in steel-making over the past 50 years since WISCO being put into production;
武钢投产50年炼钢生产技术进步的回顾与展望
3.
Investigation of active lime liquation in initial slag of steel-making;
活性石灰在炼钢初渣中的熔解研究
5) steelmaking with semi-steel
半钢炼钢
1.
According to the characteristics of steelmaking with semi-steel at PZH Steel,the structure and spray nozzle of oxygen lance for high supply intensity were discussed.
针对攀钢半钢炼钢的特点,设计了高供氧强度的新型氧枪。
2.
Based on the trial in industry, the system of slag was set up fitting to steelmaking with semi-steel and slag splashing at the same time.
结合攀钢冶炼的钢种,研究了半钢炼钢钢渣中主要组元对炼钢过程化渣、脱磷、脱硫及钢渣粘度的影响,提出了钢渣碱度(CaO/SiO2)、TFe、MgO含量的控制范围,经工业试验验证,确定了同时满足半钢炼钢及溅渣护炉的钢渣渣系。
3.
The quantity of converter gas recovery was increased in the condition of steelmaking with semi-steel,which was obtained by optimizing of oxygen operation,raising the steelmaking operation lever and reconstructing of the equipment related to converter gas recovery system.
本文阐述了在半钢炼钢条件下,通过优化转炉的供氧操作,提高操作水平,并对煤气回收系统的相关设施进行优化改造,提高转炉煤气的回收量。
6) Semisteel steelmaking
半钢炼钢
1.
The recovery quantity of converter gas got increased in semisteel steelmaking process by means of optimizing oxygen feeding,improving operation level,reforming gas recovery system.
在半钢炼钢工艺下,通过优化转炉的供氧操作、提高操作水平、对煤气回收系统进行优化改造,提高了转炉煤气的回收量。
补充资料：核能炼钢
分子式：
分子量：
CAS号：
性质：见原子能炼钢。
分子量：
CAS号：
性质：见原子能炼钢。
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