1.
These methods include: precipitation, amalgam electrolysis and extraction for recovering gallium from recycle solution in Bayer process;
从拜耳法炼铝循环液中回收镓的方法主要有沉淀法、汞齐电解法、萃取法;
2.
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
3.
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
4.
Exercise stimulates the flow of blood.
锻炼促进血液循环。
5.
Synthesis of Barium Aluminate--Desulphurizing Reagent for Bayer Solution from High Grade Bauxite Containing Sulfur
高硫高铝矿拜耳溶液除硫剂——铝酸钡的合成
6.
Application of a desulphurization technology based on ionic liquid recircuiation absorption in a zinc smelting project
离子液循环吸收脱硫法在锌冶炼工程中的应用
7.
Barium Aluminate-purifing Bayer Red Mud Lotion Desulpfuration Experiment
铝酸钡净化拜耳赤泥洗液除硫试验研究
8.
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
9.
Preparation of polymeric aluminum ferric chloride by gel method with modified bayer red mud
拜耳法赤泥改性-凝胶法制备聚合氯化铝铁研究
10.
Influence of material flow in alumina manufacturing process w ith Bayer method on its energy intensity
拜耳法生产氧化铝流程的物流对能耗的影响
11.
Countermeasures and evaluation of Ore dressing Bayer process in alumina production
选矿拜耳法氧化铝生产过程危害评价与对策
12.
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
13.
Digestion of Shanxi Diasporic Bauxite with Low and Medium Grade through Lime Bayer Process
山西中低品位铝土矿的石灰拜耳法溶出
14.
Study on Digestion of Chinese Middle/Low Grade Bauxite in Lime Bayer Process
中低品位铝土矿石灰拜耳法溶出的研究
15.
The Research of Desulfurization in the Course of Producing Alumina in the Lime Bayer Process and Thermodynamics
石灰拜耳法生产氧化铝脱硫及其热力学研究
16.
Use the Modified Red Mud Made from Bayer Process to Prepare Extremely High Pure Ployaluminum Chloride
改性拜耳法赤泥制备高纯度聚合氯化铝
17.
Preparation of Polymeric Aluminum Ferric Chloride by Using Modified Bayer Red Mud
改性拜耳法赤泥制备聚合氯化铝铁的研究
18.
The application of I/A series DCS in the A.O.plant
I/A series集散系统在氧化铝拜耳法中的应用