1.
down-draft drying zone
(带式球团焙烧机的)抽风干燥段
2.
Linear Analysis of Three Major Equipment Speed of Pellet Induration System
球团焙烧系统三大主机速度的线性分析
3.
Exergy Analysis of Grate-Kiln Iron Ore Pellets Induration Process
链篦机-回转窑铁矿氧化球团焙烧过程的分析
4.
Study and Application of Long-Campaign Technology Refractory Using in Annular Cooler of Pellet Baking System
球团焙烧系统环冷机耐材长寿技术研究与应用
5.
Effects of atmosphere on roasting behaviors of carbon-burdened hematite pellets
焙烧气氛对内配碳赤铁矿球团焙烧行为的影响
6.
A Study on Effect of Magnesite on Pellet Roasting Process Parameters
球团添加菱镁石熔剂对焙烧工艺制度的影响
7.
Energy and exergy analysis of iron ore pellets induration in the kiln
回转窑内铁矿氧化球团焙烧过程的能量和分析
8.
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。
9.
The laboratory test of pelleting and roasting with proportioning of inplant pellet dust was presented.
着重介绍了采用球团厂除尘灰造球焙烧实验室试验。
10.
Abstract: The laboratory test of pelleting and roasting with proportioning of inplant pellet dust was presented.
文摘:着重介绍了采用球团厂除尘灰造球焙烧实验室试验。
11.
Research on Pre-processing of Bentonites Pellets into the Final Pellet and Firing Properties;
膨润土预处理对球团成球和焙烧性能影响的研究
12.
Study on Palletizing，Oxidizing and Roasting Performance of Ji Dong Iron Concentrate;
冀东铁精矿粉造球、氧化及焙烧机理的研究
13.
The Change of hot strength of iron ore pellets during oxidizing roasting and reduction was researched.
研究了球团矿在氧化焙烧和还原过程中抗压强度的变化规律。
14.
Research on Physicochemical Fundamental and New Technology of Tin, Zinc-Bearing Complex Iron Concentrate Pellets by Weak Reduction Roasting;
含锡锌复杂铁精矿球团弱还原焙烧的物化基础及新工艺研究
15.
Test Research on the Flash Magnetization Roasting Technology for Complex and Refractory Iron Ore
难选铁矿石磁化焙烧机理及闪速磁化焙烧技术
16.
The strength variation of pellets during oxidizing roast was studied with a high temperature compressive tester with adjustable atmosphere.
通过还原反应后的高温抗压强度研究估算了球团矿焙烧中必要的强度。
17.
The practice of baking start-up on 330kA aluminium electrolytic pot of Guangxi Investment Group
广西投资集团330kA铝电解槽焙烧启动实践
18.
Preparation and Calcination Mechanism of Light-Weight Shale Ceramisite;
超轻页岩陶粒的制备及焙烧机理研究