1.
Modeling and Multivariable Decoupling Control for Anode Baking Flue Gas Temperature
焙烧烟气温度的建模与多变量解耦控制
2.
The Development and Application of High-temperature Fume Preheating Technology on the 75kA Aluminum Reduction Cell;
高温烟气焙烧技术在75kA预焙槽上的开发应用
3.
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
4.
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
5.
Analysis on gas flue treatment of open type baking furnace of prebaked Anode
预焙阳极敞开式焙烧炉烟气治理方法探讨
6.
Application of Apron Heat-exchangers in Acid Making With Flue Gas from Roasting.
板式换热器在焙烧烟气制酸中的应用
7.
DESULFURIZATION BY Al-Ca DOUBLE ALKALI
铝钙双碱法脱除钼焙烧烟气二氧化硫
8.
An analysis for temperature control of baking of coke particles for 350kA aluminium reduction cell
350kA铝电解槽焦床焙烧温度控制浅析
9.
The Study of Gas Flow Laws and the Uniformity of Flow Distribution in Gas-baking Equipment;
焙烧装置烟气流动规律与流量分配均匀性研究
10.
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
11.
Development and application of acid-base balance measure and control technology in roasting flue gas purification
焙烧烟气净化酸碱平衡测控系统的开发与应用
12.
EFFECT OF CALCINATION TEMPERATURE ON DESULFURIZATION PERFORMANCE OF Mn-Fe-Ca SORBENTS FOR HOT GOAL GAS DESULFURIZATION
焙烧温度对高温Mn-Fe-Ca脱硫剂脱硫性能的影响
13.
Optimization of Production Mode,Reduction of the Wastage of Mix-Gas
开发焙烧炉“保温模式”,降低冷轧吨钢煤气消耗
14.
A critical temperature was found, at which the strength of pellets is severely dropped during the oxidizing roasting.
使用可调气氛高温抗压试验机研究了相应球团矿在氧化焙烧过程中的强度变化规律。
15.
Effects of Calcining Temperature on Activities of Pd-Ni-La-Ce Catalyst;
焙烧温度对Pd-Ni-La-Ce催化剂性能影响的研究
16.
Study of temperature controller in anode baking based on Expert-PID system
专家控制器在阳极焙烧温度控制中的研究
17.
Effect of Calcination Temperature on Performance of Mg-Al Composite Oxide Support
焙烧温度对镁铝复合氧化物载体性能的影响
18.
Effect of calcination temperature of support on performance of Al_2O_3 support and Pd/Al_2O_3 catalyst
焙烧温度对Al_2O_3载体及Pd/Al_2O_3催化剂性能的影响