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1.
Research on Composition of Mineral and Microstructural of High Basicity Sinter
高碱度烧结矿矿物组成及显微结构研究
2.
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
3.
The Study on Blast Furnace Burden Structure with Different Basicity Sinter Ore
酸性和高碱度烧结矿合理搭配的高炉炉料结构研究
4.
Research and Practice on Improvement of Taisteel Sinter Alkalinity Stability
提高太钢烧结矿碱度稳定性的研究与实践
5.
EXPERIMENT INVESTIGATION ON INFLUENCE OF SUPERHIGH BASICITY ON SINTER PROPERTIES
超高碱度对烧结矿性能影响的试验研究
6.
Influence of Superhigh Basicity on Sinter Properties and Sintering Parameters
超高碱度对烧结矿性能与工艺参数的影响
7.
Practice of Improving the Sinter Strength on the 90m~2 Sintering Machine in MaSteel;
马钢90m~2烧结机提高烧结矿强度的实践
8.
Practice About Raising Tumbler Strength of Western Zone Sinter on Ansteel
鞍钢西区烧结提高烧结矿转鼓强度的实践
9.
Effects of Grain Size on Sintering Properties of High Iron Trihydrate Bauxite and Sinter Microstructure
粒度对高铁三水铝石型铝土矿烧结性能和烧结矿显微结构的影响
10.
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。
11.
Study on the factors influencing sinter strength through adding different quicklime under conditions of constant alkalinity
恒定碱度条件下生石灰配比对烧结矿强度的影响研究
12.
Influence of Australia FMG Ore Fines Proportion on High Temperature Strength of Sinter
配加澳大利亚FMG矿粉对烧结矿高温强度的影响
13.
Study of Prediction Model of R in Sintering Process Based on Multisensor Data Fusion;
基于多传感器数据融合技术的烧结矿碱度预报模型的研究
14.
Application of alkali-slag cementation materials in rapid determination of fired perforated bricks compressive strength
碱矿渣胶凝材料在快速测定烧结多孔砖抗压强度中的应用
15.
Six Sigma Application in Improvement of Sinter ISO Drum Strength;
六西格玛在提高烧结矿ISO转鼓强度中的应用
16.
Practice of Increasing Sinter Tumbler Strength of BX STEEL 360m~2 Sinter Machine
提高本钢360m~2烧结矿转鼓强度的生产实践
17.
Experiment and Practice for Improving the Tumbler Strength of Sinter
提高烧结矿转鼓强度的试验研究与生产实践
18.
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。