1.
Design of the new dry process rotary kiln and the increasing production & saving energy measures
新型干法回转窑的设计与增产节能——从技术进步角度谈回转窑设计操作参数的合理选择
2.
15 Precalcining kiln system with 5-stage cyclone pre-heater and calciner is adopted for productive process in this project.
本工程采用带五级旋风预热预分解的新型干法回转窑生产工艺。
3.
Combustion Characteristics & Process of Lowgrade Fuels in Cement Rotary Kiln;
新型干法水泥回转窑中低品位燃料燃烧特性和窑内燃烧过程研究
4.
Thermal Testing and Analysing of One Carbon Rotary Kiln
新型炭素煅烧回转窑热工测试与分析
5.
The Research of Expert System of Forewarning Prompt for Buildups Jam in the New Style Dry-process Rotary Kiln;
新型干法窑结皮堵塞预警系统的研究
6.
Development of new bearing for large-scale rotary kiln
大型水泥回转窑新型支承装置的研究开发
7.
Study and Application on the Castable for the Outlet of the New Style Dry Cement Klins;
新型干法水泥窑窑口用耐火浇注料的研究与应用
8.
Technical Research on Incinerating Living Waste with NSP;
新型干法水泥窑焚烧生活垃圾的技术研究
9.
The Application of the Simulation Technology to NSP Kiln System;
仿真技术在新型干法水泥窑系统中的应用
10.
Research of Intelligent Optimization and Control Expert System in Pre-Calcining Kiln;
新型干法窑智能优化控制专家系统的研究
11.
Optical Flow Algorithm and Research on Its Application to Rotary Kiln Status Recognition;
光流算法及其在回转窑窑况识别中的应用研究
12.
Design on Φ4.25×40m RFI Kaolin Dikect-flame Rotary Kiln
Φ4.25×40 m RF1型高岭土直焰回转窑的设计
13.
Mathematical model of heat and mass transfer of rotary kiln and numerical simulation
回转窑传热传质数学模型及数值仿真
14.
Design of a new type wasteheat recovery,wet method desulfurization and dust removal facility for akali sulfide rotary kilns
硫化碱旋窑新型余热回收湿法脱硫除尘工艺装置设计
15.
Technology and Economy Research on Kiln Inlet Electrostatic Precipitator and Bag Filter for New Dry Process Cement Clinker Production Line;
新型干法水泥熟料生产线窑尾电、袋收尘器技术经济研究
16.
Waste Heat Generation in Chaohu Rail 1500t/d New Dry Cement Plant
巢湖铁道水泥厂1500t/d新型干法窑余热发电前景分析
17.
A Study on the Manufecture of Magnesia Spinel Bricks for Large Dry-process Cement Rotary Kiln;
大型干法水泥窑用镁尖晶石砖的研制
18.
A Comparison between Tray Continuous Dryers and Rotary Kiln Dryers in Drying Nickel Ore Concentrate
盘式连续干燥器与回转窑干燥机干燥镍精矿的比较