1.
Experiment of process parameters on Bayer seeds precipitation from caustic aluminate solutions added additives
添加剂强化拜耳法种分分解的工艺条件实验
2.
Research on Optimization of Solution with Seed Crystal in Alumina Production by Bayer Process
拜耳法氧化铝生产过程中晶种分解的优化研究
3.
Optimization of ore-dressing Bayer Process seed precipitation and its practice
选矿拜耳法种分生产工艺优化与实践
4.
APPLICATION OF ADDITIVES IN PRECIPIIATION OF BAYER SODIUM ALUMINUM SOLVTION
添加剂在拜耳法铝酸钠溶液分解中的应用
5.
Reasons and Treatment of Overheat of Motor in Agitator of Bayer Seed Tank
拜耳法种分槽搅拌电机过热的原因及对策
6.
Causes for overflow from Bayer process seed tank and its improvement
拜耳法种分槽溢流产生的原因及改进实践
7.
Study on Technologies and Theories of Bayer Seeds Precipitation from Caustic Aluminate Solutions Added with Additives
添加剂强化拜耳法种分工艺与理论研究
8.
Effect of Bayer Process Solution Composite on Adsorbing Gallium by Resin
拜耳法种分母液组成对树脂吸附镓的影响
9.
Development and application of cyclonic technology and equipment to seeding decomposition in Bayer Process
拜耳法种分过程旋流分级技术和设备的开发与应用
10.
Recovery of gallium from Bayer solution with ion exchange
用离子交换法从拜耳法生产Al_2O_3的种分母液中回收镓
11.
Separation of Vanadium from Sodium Aluminate Solution in Bayer Process by Precipitation
沉淀法从拜耳法铝酸钠溶液中分离钒
12.
Experiment studies on the precipitation of natrium salt during the evaporation process of Bayer spent liquor
拜耳法种分母液蒸发过程中钠盐析出规律的试验研究
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.
Application of technology for combined partly crude liquor used sinter method with Bayer method digested pulp
烧结法部分粗液与拜耳法溶出液合流技术应用
15.
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
16.
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
17.
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
18.
2. An equipment with ultrasonic horn, which has three frequencies and adjustable power, has been designed based on the development of sonochemistry and industry flow of Bayer Process.
2．根据声化学反应设备的进展以及拜耳法种分的工艺流程，自行设计