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1.
The Influence of the Mineral Composition and Microstructure on the Quality of the Low Silicon Sinter;
矿物组成及显微结构对低硅烧结矿质量的影响
2.
Research on Improving the Property of Anti-pulverization in Low-temperature Reduction of Low Silicon Sinter
改善低硅烧结矿低温还原粉化性能的研究
3.
Fractal Theory Study on the Forming and Controlling of Microstructure of Low Silicon Sinter;
低硅烧结矿微观结构形成与控制的分形理论研究
4.
Study on Sintering Property of Vale Fine Iron Ore with Low Content of Silicon Dioxide Produced by Brazil
巴西Vale低硅铁矿粉烧结性能研究
5.
Mineralogical Composition and Microstructure of Low Silicon and High iron Sinter
低硅高铁烧结矿矿物组成及显微结构特征
6.
Low carbon and thich sinter bed sintering is an important sintering technology, featuring the advantages of high quality, high strength and less fuel consumption.
低碳厚料层烧结是一项重要的烧结技术,具有改善烧结矿质量、高烧结矿强度、低燃料消耗等优点。
7.
Study on Improving Reduction Disintegration Index of the Low-temperature Sinter
改善烧结矿低温还原粉化指数的研究
8.
Study of the Techology and Mechanism of High Lron and Lower Silica Sintering Improved by Separated Granulation;
分流制粒强化高铁低硅烧结工艺及机理研究
9.
Effect of Indian Fine Ore on Reduction Degradation Index of Sinter at Low Temperature in Angang
印度粉矿对鞍钢烧结矿低温还原粉化指标影响
10.
The Relation between the Microstructure of Sinter Ore with High Basicity and Reduction Disintegration
高碱度烧结矿显微结构与低温还原粉化的关系
11.
THE REBUILDING AND PRACTICE OF REDUCING CONTAINS POWDER AND PARTICLE SIZE IN THE 120M~2 SINTERING MACHINE OF JINAN STEEL
济(南)钢120m~2烧结机降低烧结矿含粉率的改造与实践
12.
Preparation of SiC Ceramic Materials by Reaction Melt Infiltration on Low Tempertation and Study on Microstructrue and Performances of the Materials
低温反应烧结制备碳化硅陶瓷材料及其结构与性能研究
13.
Fluorite can improve low temperature breakdown property of sinter.
其中前者还改善了烧结矿的低温还原粉化性能。
14.
The practice of reducing the agglomerate pulverization rate in 1750 m~3 blast furnace of Jin'an Iron and Steel Works
济钢1750m~3高炉降低烧结矿粉化率的实践
15.
Disabuse on Reduction Degradation Index(RDI) of sinter experimentation
烧结矿低温还原粉化性能试验方法释疑
16.
low heat portland blast-furnace-slag cement
低热矿渣硅酸盐水泥
17.
As a result, the productivity of sinter maching greatly increased, fuel consumption decreased, the sinter quality improved.
实现了小球烧结,烧结机利用系数大幅度提高,燃耗降低,烧结矿质量得到改善。
18.
Sintering and Mechanical Property of Si_3N_4 with YF_3 Sintering Aid
YF_3助烧剂氮化硅的烧结及力学性能