1.
The study of pot fume dry scrubbing system--the method of control pulse system
铝电解烟气干法净化系统的研究——清灰控制方法
2.
Application of fuzzy control in the gas cleaning control systems of aluminum electrolysis
模糊控制在铝电解烟气净化控制系统中的应用
3.
Study of pot fume dry scrubbing system-flow field inside bag filter
铝电解烟气干法净化系统的研究——除尘器内部流场
4.
Study on waste heat power generation technology with low-temperature gas
铝电解槽低温烟气余热发电技术探讨
5.
Code for ventilation and fume purification design of aluminium smelters
铝电解厂通风与烟气净化设计规范
6.
Theory and Realization of High Temperature Fume Bake-out Technology for Aluminum Reduction Cells;
铝电解槽高温烟气焙烧技术的理论与实践
7.
Study on Oxidizing Characteristics of the Electrode in Thermal Bake-out for Aluminum Reduction Cells;
铝电解槽烟气焙烧中阴阳极的氧化特性研究
8.
Multiple-phase Numerical Simulation and Experimental Study on the Equipment Used for Scrubbing the Fumes during Aluminum Smelter;
电解铝烟气净化设备的气固两相数值模拟和试验研究
9.
Research on Waste Heat Power Generation of Aluminum Reduction Cells' Flue Based on Organic Rankine Cycle
基于有机朗肯循环的铝电解槽烟气余热发电技术研究
10.
The Selection and Control of Heating System in the Process of High-temperature Prebaking of Aluminum Reduction Cell;
铝电解槽高温烟气焙烧过程中加热制度的选择与控制
11.
Countermeasure on Solving Corrosion of Flue Gas to Brick Sleeve Stack in Power Plant
解决电厂砖套筒烟囱烟气腐蚀的措施
12.
Technical Study on Aluminum Smelting Air Exhaust Systerm and Software Developing;
铝电解排烟管道系统技术研究及计算软件开发
13.
The electrostatic precipitation electrostatic agglomeration process is used for purifying the harmful gas and smoke dust from an aluminum cell of self baked anode.
应用电除尘与静电凝聚技术相结合,净化自焙阳极铝电解槽生产过程中所产生的有害气体和烟尘。
14.
Research on Online Detection of Anode Gas Composition in Aluminum Electrolysis Cell;
铝电解槽阳极气体成分在线检测的研究
15.
Treating dyeing wastewater by catalystic aluminum inner electrolysis process with aeration
曝气催化铝内电解法处理印染废水的试验
16.
An Analysis of the Influence of a Electrolysis Aluminum Factory's Atmosphere Fluorine Pollution on the Regional Soil
某电解铝厂大气氟污染对区域土壤的影响探析
17.
Al electrolytic capacitor for TV
电视机用铝电解电容器
18.
Fundamental Study on the Recycle of Absorption Liquor from FGD via Cation-Exchange Membrane Electrolysis;
单阳膜电解再生烟气脱硫吸收液的基础研究