coal blending

英 [kəʊl ˈblendɪŋ] 美 [koʊl ˈblendɪŋ]

网络  配煤

化学



双语例句

  1. However, the quality of coal is uncertain and variable, so decisions on coal blending must settle these problems.
    然而煤质参数是不确定的和可变的,电厂优化配煤决策必须处理这些不确定性。
  2. The paper highlights the advantages of the technology of steam coal blending, presents a new approach to the mathematical model of steam coal blending, and introduces the application of the model.
    文中介绍了动力配煤技术的优越性,对动力配煤的数学模型进行了探讨,并介绍了其应用。
  3. Inexact Chance-constrained Nonlinear Programming Method for Coal Blending in Power Plants
    电厂优化配煤的不确定性机会约束非线性规划方法
  4. By analyzing the features and requirements of automatic coal blending, the automatic coal blending system based on Fuzzy-PID compound Control strategy is designed.
    分析了焦化厂自动配煤特点与要求,设计了基于复合控制策略的自动配煤系统。
  5. The conclusion has important practical significance to guide coal blending production, stabilize and improve coke thermal property.
    该结论对指导配煤生产,稳定和提高焦炭热性质具有实际意义。
  6. The viewpoint could provide convenience for designing schemes of coal blending, thereby effectively instructing coal blend manufacturing, and stabilizing or improving quality of coke.
    该观点可以为生产中设计配煤方案提供极大的便利,从而有效地指导配煤炼焦生产,稳定和提高焦炭质量。
  7. Popularized the Clean Fuel and Improvement the Changsha City Environment-The Feasibility of Development the Steam Coal Blending in Changsha City
    推广清洁燃料,改善长沙环境&论长沙市发展动力配煤的可行性
  8. Design of Coal Blending and Scheduling System Based on Two-stage Algorithm and Its Implementation
    基于二阶段法的配煤调运系统的设计与实现
  9. Application of steam coal blending technology in coal sale of Kailuan;
    介绍配煤技术在工业链条炉内的燃烧技术的应用。
  10. 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
  11. Application of Simplex Search Method and Particle Swarm Optimization in Economic Dispatch Optimization models for load distribution and coal blending in power plants
    一种新算法在经济负荷分配中的应用电厂负荷分配与配煤优化耦合模型的研究
  12. 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
  13. Application of Additive Property of Coke Thermal Property in Coal Blending Study
    焦炭热性质加和性在配煤研究中的应用
  14. Coal blending, a kind of clean coal combustion technology suitable for China, can reduce SO2 emission and improve combustion performance for coal-fired power plants.
    动力配煤是适合中国国情的一种洁净煤技术,可以降低燃煤电厂二氧化硫的排放,改善电厂的经济效益和燃烧性能。
  15. Some of the Main Driving Force for Coal Blending Coal Quality Indicators Additive Demonstration
    动力配煤几个主要煤质指标可加性的论证
  16. The Effect of the Coal Blending Structure on the Mechanical Strength of Coke
    配煤煤种结构对焦炭机械强度的影响
  17. 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。
  18. Experimental Study of the Effect of Coal Blending on Ash Fusibility and Slag Viscosity
    配煤对煤灰熔融特性和灰渣粘度影响的实验研究
  19. 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
  20. Discussion on the determination of rational coal blending ratio and the realization of maximum profits
    合理确定配煤比实现效益最大化
  21. Optimization of coal blending structure and coking-coal resource
    优化配煤结构和炼焦煤资源的研究
  22. Study and Practice of Coal Blending with Coke Powder
    焦粉配煤的研究和实施
  23. Coal blending combination and mixing-ratio have obviously effect upon combustion rate of blending coals.
    配煤组合及配比对混合煤燃烧率影响较大;
  24. Design and application of an expert control and distributed control system for coal blending process
    配煤过程专家控制及集散控制系统的设计和应用
  25. Through optimized coal blending, the variety of coking coal is extended;
    通过优化配煤,开发与扩大炼焦煤种,从而可降低炼焦成本,改善焦炭质量,延长焦炉的使用寿命;
  26. Application of automatic coal blending system on power plant
    自动配煤系统在电厂中的应用
  27. A neural network expert control strategy was proposed for the coal blending process in the iron and steel industry.
    根据钢铁工业的配煤过程,提出一种精确地决定和跟踪配煤比的神经网络专家控制策略。
  28. The system structure, coal blending model and ratio calculation are introduced.
    阐述了系统的构成、配煤数学模型、配比的确定。
  29. Dynamics parameters of combustion process of cotton stalk and Datong coal blending were calculated and analyzed with iso-conversional method and Coat-Redfern integral method, through which the influence of oxygen concentration and heating rate on the activation energy was obtained.
    利用等转化率法和Coat-Redfern积分法对棉杆与大同煤的燃烧过程的动力学参数进行了计算和分析,获得了氧气浓度、升温速率对活化能的影响。
  30. Mixed coal parameters were predicted by neural network. The coal blending problems was solved by improved genetic algorithm.
    采用神经网技术对混煤的煤质参数进行预测,用改进的遗传算法对配煤方案进行求解。