1.
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
2.
Researching of Cement Pre-calciner Kiln Simulation System Based on Web;
基于web的水泥预分解窑系统仿真系统的研究
3.
The Detecting System of the Technologic Parameter Applied to Cement Kiln Based on Image Processing Technology;
基于图像处理技术的水泥窑工艺参数检测系统
4.
The Research on Themanufacture Process Control System of the Cement Rotative Stove;
水泥回转窑生产过程控制系统设计研究
5.
The Application of Fieldbus for Cement Production Via Rotate Kiln;
基于现场总线的水泥回转窑DCS控制系统
6.
Research on Fuzzy Control System to Cement Rotary Kiln Basing on the Image Processing;
基于图像处理的水泥窑模糊控制系统的研究
7.
The application of vacuum deoxidation technology in cement production WHR power generation system
真空除氧技术在水泥窑余热发电系统中的应用
8.
SiC containing alumina-silica castables for decomposition system of cement kiln
水泥窑分解系统用含SiC的铝硅质浇注料研究
9.
Commissioning of converted kiln no. 3 of Fujian Cement Co. Ltd. and suggested optimization
福建水泥股份有限公司~#3窑系统技改后的生产调试与优化建议
10.
Study of Raw Meal Decomposition, Pulverized Coal Combustion and NO_X Control for Cement Precalciner System;
水泥预分解窑系统内生料分解、煤粉燃烧与NO_X控制研究
11.
Design and Research on the Computer Processing Control System in the Cement Rotary Kiln;
水泥回转窑生产过程计算机监控系统设计与研究
12.
Building Model of Cement Kiln Simulation System and its Database Managing Based on Web;
水泥窑仿真系统的建模研究及其基于web的数据库管理
13.
Design on Remote Monitoring of Cement Rotary Kiln' Running State Based on Internet
基于Internet的水泥回转窑运行状态远程监测系统的设计
14.
PAMAMETER OPTIMIZATION FOR A WASTE HEAT POWER GENERATION SYSTEM WITH DUAL PRESSURE CEMENT KILN BASED ON GENETIC ALGORITHM
基于遗传算法的水泥窑双压余热发电系统参数优化
15.
On Multi-stage Combustion Technique in Precalcining Cement Clinker Production System
水泥生产窑外预分解系统中多重燃烧技术的探讨
16.
The Research on the Performance and Design of Kiln Tail Structural System in Cement Plants;
水泥厂窑尾结构体系的性能与设计研究
17.
The Systematic Interpretation of the Views on the "Cave-dwelling" Culture within Hanjiang River Basin;
汉水流域“寄死窑”大文化观系统阐释
18.
The building cost of the facilities of rain-collecting and bag-storing is 50%～60% lower than the traditional water-collecting pit which is made of cements and as well as stone.
集雨袋贮建筑与传统水泥、沙、石窑窖相比,降低建筑成本费50%～60%。