1) whole process negative energy steel-making
全工序负能炼钢
2) steelmaking with minus energy consumption
负能炼钢
1.
The important factors of realizing converter steelmaking with minus energy consumption has been described this paper.
叙述湘钢炼钢厂转炉工序实现负能炼钢的关键因素 ,介绍了湘钢第二炼钢厂提高转炉负能炼钢技术水平的措施和实绩。
2.
The present paper briefly introduces the principle of converter steelmaking with minus energy consumption and introduces the actual results of the new process in No.
简述转炉实现负能炼钢的工艺流程,介绍武钢炼钢总厂三分厂实现转炉负能炼钢的实际情况及其所采取的措施。
3) negative energy steelmaking
负能炼钢
1.
This paper discusses the measures taken by Bayi Iron & Steel Corporation(Baosteel Group) in order to realize its three 120 t converters\' negative energy steelmaking.
论述了宝钢集团八钢公司为实现3座120 t转炉的负能炼钢采取的措施:在转炉煤气回收方面将煤气回收条件中的含氧量标准由<2%提高到<0。
4) steelmaking procedure
炼钢工序
1.
Study on the law of temperature reducing in steelmaking procedures
炼钢工序过程温降规律的研究
5) Converter steelmaking with minus energy consumption
转炉"负能"炼钢
6) less hot-iron steel-making
负吨位炼钢
补充资料：原子能炼钢
亦称核能炼钢。有两层含义：一是利用原子能电站发的电供生产钢铁之用；二是利用核能加热，产生还原气，供直接还原炼铁之用；因而实质上就是用原子能为钢铁生产提供能源。原子能炼钢系统见图。日本、美国、西欧正在从事这方面的试验研究。
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