1.
Action in Rational Selection of Briquacted Coal Blending Ration on Coking Effect of Briquetted Coal Blending;
论型煤配比的合理选择对配型煤炼焦效果的意义
2.
Selection of Hydraulic Powered Top Coal Caving Support and Three Equipment Matching Applied to Deep Inclined Seam with Soft Roof,Soft Coal and Soft Floor
大倾角三软煤层放顶煤支架选型及三机配套
3.
Thin Coal Bed Working Surface Coal Plow Complete Set Synthesis Picks the Equipment Shaping and Necessary
薄煤层工作面刨煤机成套综采设备选型与配套
4.
Study on the Optimal Component Ratio and the Combustion Characteristic of the Biomass Compound Coal;
生物质型煤优化配比及燃烧特性研究
5.
Study on the Component Ratio and the Combustion Characteristic of the Industrial Honeycomb Briquette;
工业蜂窝型煤的配比及燃烧特性研究
6.
Establishment of Match Excavation Model of Coal Bed of Kailuan Corp;
开滦集团公司煤层间配采模型的建立
7.
The Optimization Model on Allocation of Resources for the Thirsty Coal Field;
我国缺水煤炭基地资源配置模型研究
8.
The Research of Coke Quality Prediction Model under Blend Coal Project
动态配煤下焦炭质量预测模型的研究
9.
Equipment Lectotype of Full-mechanized Mining Face in Sandaogou Colliery
三道沟煤矿综采工作面设备配套选型
10.
Research on the selecting the type of the mechaniced machine mating in GeQuan mine 5~# coal work face
葛泉矿5~#煤综采三机配套选型研究
11.
Optimization models for load distribution and coal blending in power plants
电厂负荷分配与配煤优化耦合模型的研究
12.
Research of Key Production Strategies Based on the Environmental Friendly Coal Terminal with the Professional Function of Coal Blending
基于专业配煤功能的环保型煤炭码头关键生产策略研究
13.
The Research on Predicting Blended Coals' Properties and Blending Optimizing Models Based on Intellectual Technology
基于智能技术的混煤特性预测及配煤优化模型研究
14.
Research and Application on Economic Model of Raw Coal Blending for Thermal Power Plant;
火电厂原煤混配经济模型的研究与应用
15.
Study on Power Configuration and Parts Selection of Belt Conveyor in Coal Preparation Plant;
选煤厂带式输送机功率配置选型的研究
16.
On the Application of HD Type Full-automatic Microscope Photometer in Coal Blending Technology
谈HD型全自动显微光度计在配煤工艺中的应用
17.
Continual Improve the Technology of the Coal Blending Cost-effective Control the Coal Blending
持续改进配煤技术 有效控制配煤成本
18.
In order to solve this problem, a mathematic model was set up on the basis of analyzing coal blending scheduling.
首先，根据配煤调度的实际情况，建立了相应的非线性数学模型。