鼓风

gǔ fēng
  • airing;blow in;blast;air-blast;work a bellow
鼓风鼓风
鼓风 [gǔ fēng]
  • [blast;work a bellow] 加压力通风

鼓风[gǔ fēng]
  1. 采用DCS的鼓风炉上料控制系统

    The DCS for Material Feeding System of Blast Furnace

  2. 试验结果表明,煤种的不同组成决定了空气煤气中CO,H2,CH4含量的不同,鼓风量影响着空气煤气的组成。

    The results show that air gas composition is affected by coal kind and air blast velocity .

  3. 铅团在鼓风炉中被溶解

    The lead paste is smelted in a blast furnace .

  4. PLC在密闭鼓风炉备料称量系统中的应用

    Application of PLC in Charge Preparation & Weighing System of ISF

  5. PLC在汽轮鼓风机组控制系统上的应用

    Application of PLC in the Control System of Turbo-Blower Unit

  6. 基于PLC构成GM离心鼓风机组的计算机控制系统

    Computer Control System of GM Centrifugal Blower Unit Based on PLC

  7. DCS在铅锌密闭鼓风炉(ISF)过程控制系统中的应用

    Application of DCS in Imperial Smelt Furnace Process Control System

  8. 对鼓风炉(ISP法)或烟化炉水淬渣中回收镓的工艺进行了研究。

    Study is made of Ga recovery process from ISP or fuming furnace granulation slag .

  9. TRT鼓风发电技术在唐钢的应用

    Application of TRT blasting electricity-generating technique in Tangshan Iron and Steel Company

  10. μXL系统在汽轮鼓风机组上的应用

    Application of μ XL System in Turbo-Blowing Machine Set

  11. 施耐德PLC在济钢AV-71鼓风机组控制中的应用

    Application of Schneider PLC in Control of AV-71 Blower Unit

  12. 选取AIM改性剂含量为4%的共混物样条于130℃的鼓风烘箱中进行物理老化,考察了物理老化时间对PC/AIM共混物性能的影响。

    Blends with 4 % modifiers were selected to carry out physical aging test in an air-circulating oven at 130 ℃ . Influence of aging time on properties of PC / AIM blends was investigated .

  13. 分别针对粗格栅间、污水提升泵房、鼓风机房及生化池这几个控制站点设计相应的自动化控制方案,实现PLC控制,并且分别设计了各个控制系统的硬件及软件配置。

    Designed PLC control programs respectively for the coarse grid , the sewage lifting pumping station , blower room , and biochemical pool , and made the whole control system hardware and software configuration .

  14. 常规的饱和温度控制采用PID控制来调节蒸汽阀门的开度,但是饱和温度不仅受到阀门开度的影响,同时还受到汽包内蒸汽压力、鼓风量的影响。

    PID control is often adopted for industrial process control ; however , the saturation temperature is affected by several factors , such as the steam pressure in drum and the gas-amount of blast .

  15. 分析某化工企业罗茨鼓风机房通风系统流体动力学特性,探索了利用CFD方法研究通风系统的方法。

    The fluid dynamical performances of the ventilating system in roots blower workshop of a chemical plant are analyzed with the method of computational fluid dynamics ( CFD ) .

  16. 炼锑鼓风炉中使用A·Rist图的研究

    A rist diagram of antimony production in blast furnace

  17. SKS炼铅工艺降低鼓风炉渣含铅的生产实践

    A way to reducing lead contained in blast furnace slag from SKS lead smelting process

  18. 生产实践表明,催化剂载体Al2O3滚球成型过程中各种因素都对最后成球品质有着重要的影响,其中水量的控制、滚球转速和鼓风量是最关键的因素。

    It is shown that many factors have influence on the quality of the final product , especially the amount of water , rotating speed and the amount of wind .

  19. HD-2型汽轮鼓风机组在线监测与故障诊断系统

    Line Monitoring Breakdown Diagnosis System of HD-2 Model Turbine Air-Blower Set

  20. 浅析鼓风变电所BZT的投运方式和动作逻辑

    Analysis on the operation mode and action logic in the blast substations

  21. 本文将A·Rist(操作线)图首次引入炼锑鼓风炉中。

    A. Rist Diagram has been introduced into the antimony blast furnace for the first time in this paper .

  22. 本课题详细介绍了莱钢AV56高炉鼓风机组的DCS系统的研究与应用。

    This topic details the study and application of the DCS for the AV56 Blast Furnace Fan of Laigang Heat and Power Plant .

  23. 以密闭鼓风炉熔炼过程为研究对象,采用自适应组合集成技术将神经网络NN和灰色理论有机结合的方法建立了密闭鼓风炉透气性预测模型。

    Based on gray theory and neural network , the breathing capacity predication model of an imperial blast furnace was constructed by self-adaptive integration technology according to the melting process in an imperial blast furnace .

  24. 在鼓风炉熔炼铜镍特富矿中,从焦率和渣中CaO含量、SiO2/Fe等方面探讨渣中镍铜此,从而提高金属回收率的途径。

    In blast furnace smelting process , copper to Nickel ratio in slag were researched by coke ratio , CaO content and SiO2 / Fe in slag , to search a way for raising metals recovery .

  25. 研究了影响鼓风曝气系统氧利用率Eo和动力效率Ep的因素,给出了Eo和Ep与诸影响因素间的定量关系式。

    Affecting factors for oxygen utilization rate E o and dynamic efficiency E p in blasting aeration system are studied in this paper . Quantitative relations of E o and E p are gained .

  26. 在鼓风曝气系统中,恰当地选取曝气器的浸没深度h和所产生气泡直径db的组合,既可使氧气利用率高,又可使动力消耗少。

    It is pointed out by the first time that in blasting aeration system properly selecting depth h under water surface for aerators and diameters d b of bubbles made by aerators are able to make oxygen utilization rate high and power consumption low .

  27. 介绍了TRT鼓风发电技术在唐钢的应用情况,总结了技术改进措施和运行中的问题,并进行了效益分析。

    The application of TRT blasting electricity-generating technique in Tangshan Iron and Steel Company is introduced , the problems in operation and technique innovation concluded and the economic profit analyzed .

  28. 以鼓风炉铁泥作原料,制备一种无机高分子混凝剂聚硅酸铁(PSF),并将其用于印染废水处理。

    A new type of inorganic polymer coagulant polysilicate ferric ( PSF ) was prepared by using blast furnace sludge as raw materials , it was used as coagulant in the treatment of dyeing wastewater .

  29. 结合工程实践,遵循低能耗、低维护费用和达标排放的原则,选择了CASS技术进行设备改进,以新研制的导流曝气机替代传统鼓风曝气机。

    Abided by low energy-consumption , low maintaining expense and the integrated wastewater discharge standard , CASS process is selected here'to perform a modification with new-innovated aerator in place of fan and matched pipe .

  30. 介绍了SKS炼铅工艺的生产实践,并从渣型、鼓风炉还原能力及操作等方面探讨了降低鼓风炉渣含铅的途径和方法。

    This paper describes production practice of SKS lead smelting process and exploring the way and method for reducing lead contained in blast furnace slag from aspects of slag pattern , blast furnace reduction capacity and operation , etc.