1.
Application of the disc filter in the red mud separation
盘式过滤机在赤泥分离上的应用研究
2.
Research and Application of New Red mud Sedimentation And Washing Process in Dressing-Bayer Process
选矿-拜耳法赤泥分离洗涤新工艺的研究与应用
3.
APPLICATION OF FLOCCULENT IN RED MUD SEPARATION AND WASHING OF BAYER PROCESS
絮凝剂在拜耳法赤泥分离洗涤过程中的应用
4.
STUDY ON INFLUENCE OF SOLVENT IONS IN MUD SEPARATION IN BAYER PROCESS OF ALUMINA INDUSTRY
氧化铝拜尔法浸出浆液中溶解离子对赤泥分离的影响研究
5.
Researches on application of tilting-pan type vacuum filters in the sintering process to separation of red mud
翻盘式真空过滤机在烧结法赤泥分离中的应用研究
6.
Synthesis of Water-soluble Starch Graft Copolymer and Its Application in Red-mud Separation
淀粉接枝水溶性聚合物的合成及其在赤泥分离中的应用研究
7.
The paper studies the experiments of inner circulation self dilution technology in Bayer process with conventional red mud separation tank.
研究内循环自稀释技术在拜耳法普通赤泥分离沉降槽中的试验应用情况。
8.
Study of the rapid separation of red mud in Sintering process and its industrialization
烧结法赤泥快速分离科研与产业化探索
9.
Study on Red Mud Used as a Property Modifying Mineral Admixture for High Performance Cement;
赤泥用作高性能水泥性能调节组分的研究
10.
Study on Adsorption of Granular Red Mud Adsorbent for Heavy Metal Ions;
造粒赤泥吸附剂对重金属离子的吸附作用研究
11.
Manufacture of Granular Red Mud and Its Using on Adsorption of Heavy Metal Ions;
造粒赤泥吸附剂的研制及对重金属离子的吸附
12.
Determination for degree of mixedness of red mud and limestone by spectrophotometry
分光光度法测定赤泥和石灰石混匀度
13.
Stability Analysis on Side Slope of the Dry Red Mud Disposal Site in Alumina Refinery with Bayer Process
拜耳法氧化铝厂干法赤泥堆场的边坡稳定分析
14.
Determination of Mixedness Degree of Red Mud and Limestone by Spectrophotometry with 1,10-Phenanthroline
邻二氮菲分光光度法测定赤泥和石灰石混匀度
15.
Geo-Slope-based Analysis for the Dump Stability of Dry Red Mud from Bayer Process
基于Geo-Slope的拜耳法干式赤泥堆场稳定性分析
16.
Preparation and Microstructure of the Glass-ceramics Made from Red Mud by Sintered Method
烧结法制备赤泥质微晶玻璃及其结构分析
17.
mud-gas separator
泥浆-天然气分离器
18.
The effects of solvent ions on the flocculation of red mud slurry from aluminum oxide production by Bayer process were studied.
研究了溶解离子对拜尔法氧化铝赤泥浆液絮凝的影响。