2) Metallurgical lime
冶金石灰
1.
With the rapid development of steel industry in our country recent years,the metallurgical lime in our country has also been improved rapidly.
冶金石灰是钢铁冶炼的重要辅料,对优化冶炼具有积极的作用。
2.
Metallurgical lime is a necessary auxiliary material for the iron and steel production and its good or poor quality has direct influence on the quality of iron and steel product.
冶金石灰是钢铁生产必不可少的辅助材料,其质量的优劣直接影响钢铁产品的质量。
3) metallurgic lime
冶金生石灰
1.
In retrospect of the production practice of the two annular shaft kilns in last three years,we ve summarized a series of precious experience,not only in the process of producing high quality,active metallurgic lime,but also in the maintenance of annular shaft kiln.
本文通过回顾近3年宝钢股份不锈钢分公司两座套筒窑的生产实践,总结出了一套生产高质量活性冶金生石灰以及套筒窑维护的宝贵经验,在为不锈钢冶炼提供优质生石灰的同时,也为套筒窑长寿工作打下了坚实的基础。
4) active lime
活性石灰
1.
Optimum schedule in calcination process of metallurgical active lime;
冶金活性石灰烧制过程最佳工艺制度
2.
Dynamics model of producting active lime in Xuanhua Steel;
宣钢优特钢用活性石灰反应过程动力学研究
3.
Application of Active lime in Metallurgy;
活性石灰在冶金生产中的应用
5) lime activation
石灰活性
1.
The influence of lime activation on the digesting efficiency of alumina;
石灰活性对氧化铝溶出率的影响
6) activated lime
活性石灰
1.
Combining with the practical production and experiments,influences of forge temperature,characteristics of raw material and fuel,rotation speed of the rotary kiln,capacity of wind along with storage means and time of lime on the quality of activated lime that produced in the rotary kiln were analyzed.
结合生产实际和实验,分析了锻烧温度、原料、燃料特性、回转窑的转速、风量以及活性石灰的贮存方式和时间等因素对回转窑产活性石灰质量的影响,提出了回转窑生产优质活性石灰的几个观点。
2.
A pilot test of treatment of flue gas from activated lime with rotating electrostatic precipitator(ESP)has been carried out.
根据活性石灰竖炉烟气的特点，对传动式电除尘器处理活性石灰竖炉烟气进行风量为１０００ｍ３／ｈ的中间试验研究。
补充资料：冶金
分子式：
CAS号：
性质：从矿石中提取金属或金属化合物，用各种方法将其制成具有一定性能的金属材料的过程。现代冶金已发展成为两大类：提取冶金(又称化学冶金)和物理冶金(physical metallurgy，在我国称金属学)。狭义的冶金指的是提取冶金。
CAS号：
性质：从矿石中提取金属或金属化合物，用各种方法将其制成具有一定性能的金属材料的过程。现代冶金已发展成为两大类：提取冶金(又称化学冶金)和物理冶金(physical metallurgy，在我国称金属学)。狭义的冶金指的是提取冶金。
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