1) red mud from intensified sintering process
强化烧结法赤泥
1.
A new technological flow was introduced to produce high-quality sponge iron, that is, to utilize the red mud from intensified sintering process of alumina plant, to add to self-made addictives, and to adopt the new technique of first coal-based direction reduction roasting and second magnetic separation of slag and iron then third cold bond agglomeration.
利用氧化铝厂强化烧结法赤泥,配入自制添加剂,采用煤基直接还原焙烧—渣铁磁选分离—冷固成型的新工艺流程,通过X-ray、SEM-EDS等手段,研究了强化烧结法赤泥煤基直接还原过程中金属铁晶粒长大特性,并着重讨论了添加剂种类、焙烧条件对金属铁晶粒长大特性的影响,生产出的优质海绵铁金属化率为92。
2) sintered red mud
烧结法赤泥
1.
Porous ceramic filtration materials have been made by sintered red mud as main material.
本文以烧结法赤泥为主要原料制备了多孔陶瓷滤球,研究了赤泥添加量、烧成温度等对样品的烧成温度范围、显气孔率、压碎强度、耐酸耐碱性、显微结构等的影响。
2.
This study used sintered red mud,Bayer red mud and East-lake sediments as the main raw materials to prepare excellent series porous ceramic filtration materials with some additives added to improve forming and sintering properties,which has carried out exploitation and utilization of varied solid.
本研究以烧结法赤泥、拜耳法赤泥与淤泥为主要原料,加入一些改善材料成型与烧成性能的添加剂,制备了性能优良的系列赤泥质、淤泥质多孔陶瓷滤球,实现了对多种固体废弃物的综合开发和利用。
3.
Porous ceramic filtration materials have been made by sintered red mud and Bayer red mud as main materials.
本文以烧结法赤泥与拜耳法赤泥两种赤泥为原料制备了多孔陶瓷滤球,研究了两种赤泥在化学组成、烧失量上的互补性,以及赤泥总添加量、两种赤泥的配比、烧成温度等对样品的烧成温度范围、显气孔率、压碎强度、耐酸耐碱性、显微结构等的影响。
3) intensified sintering process
强化烧结法
1.
Study and application of intensified sintering processfor alumina production;
强化烧结法生产氧化铝新工艺的研究与实践
4) enhanced sintering
强化烧结
1.
A qualitative and quantitative assessment theory is presented for enhanced sintering in this work.
综述了强化烧结定性与定量分析的相关理论。
5) strengthened sinter process production alumina
强化烧结法氧化铝生产
6) sintering strengthener
烧结强化剂
1.
Make on industrial testing of sintering strengthener addition on the basis of the laboratory.
为了降低固体燃料消耗和提高烧结矿的产质量,通钢烧结厂在实验室试验的基础上进行了添加烧结强化剂的工业试验。
补充资料：强化
强化
reinforcement
影像学术语。CT和MR检查中，为提高组织的对比，向血管或体腔内引入人工对比物质后扫描的方法称增强扫描(enhanced scan)，引入人工对比物质后出现的组织的密度或信号变化称强化。不论CT或MR中，引入对比剂后一些正常组织结构可以出现强化，称生理性强化(physiological enhancement)；引入对比剂后，正常时不应出现强化的组织结构出现强化则称病理性强化(pathological enhancement)。
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