1.
The influence of raising rock fineness on WPA unit
提高矿粉细度对湿法磷酸装置的影响
2.
Effect of Ultra-Fine Mineral Admixture on the Strength of High-Performance Concrete
超细矿粉对高性能混凝土强度的影响
3.
Effect of Water-binder Ratio and Fineness on Performance of Slag and Fly Ash Cementitious Material
水胶比和细度对矿渣粉煤灰胶凝材料性能的影响
4.
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
5.
The formula could simulate the packing density of the blend materials such as cement, fine-slag, and fly ashes.
说明该公式可以用来模拟诸如水泥、磨细矿渣、粉煤灰等胶凝材料细颗粒的堆积密度。
6.
Research on Compound Performance of Waste Concrete Pulverized Admixture and Slag Powder
废弃混凝土磨细粉与矿粉复合性能试验研究
7.
Effects of Different Curing Systems on Performance of Fine Mineral Mixture of Reactive Powder Concrete
养护对矿物细粉活性粉末混凝土性能的影响
8.
Research of the concrete mixed with the powdered slag and high calcium fly ash
掺磨细矿渣粉和高钙粉煤灰混凝土的研究
9.
The Research and the Development of Reinforced Material by Modified Ultrafine Mineral Powder;
超细矿物粉体增强材料的研究与开发
10.
Study on the Effect of Ultra-fine Combined Treatment Phosphate Rock Powder
超微细磷矿粉复合处理及其效应研究
11.
Character and Morphology of Slag Powder Prepared in Jet Mill
气流磨粉磨超细矿渣粉的粉体性能和微观形貌研究
12.
Strength Enhancement and Mechanism of GH Admixture in Fly Ash Concrete;
GH矿粉促进粉煤灰混凝土强度的效果和机理
13.
Study on the relationship between particle size distribution and powder characteristics of ground granulated blast furnace slag;
高炉矿渣粉粒度分布与粉体特性关系的研究
14.
Experiment research on compound recycled mineral admitxture and mineral slag
再生磨细掺合料与磨细矿粉复合的试验研究
15.
Comparison of Activity Effect of Pulverized Strontium Slag,Pulverized Slag and Fly Ash
磨细锶渣、磨细矿渣及粉煤灰活性效应对比
16.
Developments of Techniques of Ultra-fine Grinding and Classification
非金属矿超细粉碎与精细分级技术进展
17.
The Study of Reducing Power Ratio and Image-processing Wu Longquan Pit Mine WISCO;
乌龙泉矿降低粉矿率研究与块度图像处理
18.
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