磨煤机

mò méi jī
  • coal mill
磨煤机磨煤机
磨煤机[mò méi jī]
  1. 另外应用现代设计方法,通过设计流程:理论计算二维图形三维建模有限元仿真分析,对新型磨煤机的磨辊轴进行了设计和校核。

    In addition , we made use of modern design methods , through the design process : theoretical calculations-2D graphics-3D modeling-FEA , designed and checked the new coal mill grinding rollers .

  2. 介绍了双进双出钢球磨煤机的结构及其工作原理,通过分析,选定了与磨煤机负荷相关的过程变量作为预选的辅助变量集。

    In the second chapter describes the Double-ball coal mill structure and its working principle have been studied , and the process variables associated with mill load were selected as the pre-selected set of auxiliary variables .

  3. 基于模糊PID控制器的磨煤机控制系统设计

    The Design of a Ball Mill System Based on Fuzzy PID Controller

  4. W型火焰锅炉关闭磨煤机辅助风的试验研究

    Experimental Study on Shutting Mill Auxiliary Air of W-shaped Flame Boiler

  5. 磨煤机振声信号分析及基于BP网的料位识别

    Analysis of Acoustic Signal and BP Neural Network-Based Recognition of Level of Coal in Ball Mill

  6. 配双进双出磨煤机的W型火焰锅炉燃烧优化调试

    Combustion optimization of W - fired boiler equipped with double inlet and outlet pulverizers

  7. 降低HP系列磨煤机石子煤排放率改造

    Improvement for Reducing Gangue Discharge Rate in HP Pulverizers

  8. MPS磨煤机工作特性试验研究

    Experimental Investigation of the Operating Characteristics of a MPS Coal Pulverizer

  9. MP型中速磨煤机在水泥厂的应用

    Application of MP type middle-speed coal mill in cement plant

  10. W火焰锅炉配双进双出磨煤机BMS分析试验

    BMS Analytical Tests of W-fire Bolier Equipped with Double Inlet and Outlet Mills

  11. MPS型中速磨煤机的功能模拟研究

    Functional Simulation Research on MPS Medium - Speed Coal Pulverizer

  12. MPS型中速磨煤机磨煤机属于外加力型辊盘式磨煤机。

    MPS secondary-speed coal pulverizer is a kind of entering-force coal pulverizer .

  13. MPS磨煤机抗磨白口铸铁磨盘瓦的研究

    A research on white cast iron tray of Babcock MPs type mill

  14. MPS磨煤机三维设计系统的开发

    Development of 3D Design System for MPS Coal Rolling Mill

  15. MPS中速磨煤机旋转式煤粉分离器的改造及应用

    Retrofitting and application of rotating coal classifier in MPS pulverizers

  16. 配MPS磨煤机的旋转分离器模化试验研究

    Model tests on a rotary classifier for MPS mill

  17. MPS、RP、E型中速磨煤机出力计算方法的试验研究

    Research and Testing on Output Calculation Method of MPS 、 RP E Types Medium Speed Coal Mills

  18. RP型碗式中速磨煤机的技术状况

    Technical Status of RP & type Bowl Mill

  19. MPS磨煤机的运行与调整

    Operation and Adjustment of MPS Type Coal Pulverizer

  20. MPS磨煤机旋转分离器两相阻力特性的试验研究

    An Experimental Study on the Two-phase Resistance Characteristics of a MPS Grinding Mill Rotating Separator

  21. 在半工业性运行试验条件下,对MPS磨煤机磨辊的磨损机理进行了进一步模拟磨损试验。

    The wear mechanism of MPS type mill roll is studied through semi-industrial operating test .

  22. 钢球磨煤机故障分析和解决办法一个ARP欺骗问题的分析和解决办法

    Failures Analysis and Treatment of Steel-ball Pulverizer Solution of ARP Spoofing in LAN

  23. 中速磨煤机是高度关联、大滞后、MIMO的非线性系统,其动态特性随着运行工况的变化而大范围变化。

    Medium-speed mill is a highly relevant , lag and MIMO nonlinear system and its dynamic characteristics change widely with circumstance .

  24. MPS型磨煤机运行寿命中期出现的问题与解决

    The Problems Appearing in the Middle Period of Operation Life of MPS Type Pulverizer and the Solutions

  25. 利用BP神经元网络,建立了磨煤机料位与振声信号的关系模型,从而实现磨煤机料位的自动识别。

    The relationship model between coal level in ball mill and relevant envelope of acoustic signal due to vibration is therefore developed to recognize automatically the coal level .

  26. 同时介绍了MPS磨煤机的运行维护方法和经验。

    In the meantime the operation maintenance method and experience of MPS coal pulverizer were introduced as well .

  27. 和530℃高温回火情况相比,耐磨性明显提高,是用于生产E型磨煤机磨球的更为合适的热处理工艺。

    Comparing with 530 ℃ tempering treatment , the steel has the better wear resistance , and this heat treatment is more suitable to treat balls of E-type pulverizer .

  28. 在此基础上,用MPS型中速磨煤机的实际运行数据验证了本方法的可行性。

    The feasibility of this method is proved by the actual operating data of the MPS type medium-speed coal pulverizer .

  29. 常规的PID调节难以实现自动控制,即便投入部分自动,也很难保证磨煤机处在最佳工况下工作。

    The conventional PID control is difficult to achieve automatic control , even if part automatic is input , and to guarantee the coal grinding machine in the best working condition .

  30. 论述了磨煤机能耗与煤粉细度以及煤粉细度与NOx排放的关系。

    The relationship between energy consumption and fineness of pulverized coal , as well as between fineness of pulverized coal and NO emission has been expounded .