heat generator

英 [hiːt ˈdʒenəreɪtə(r)] 美 [hiːt ˈdʒenəreɪtər]

网络  热发生器; 热产生器

医学



双语例句

  1. Install heat shield on generator.
    将隔热板安装到发电机上。
  2. Calculating methods on the different velocity circulating fluidized bed, coke carried heat gasifier, heat recovery steam generator, gas turbine, steam turbine and the whole system are given.
    针对选定的系统进行了整体性能的计算,给出了差速循环流化床、焦载热气化炉、余热锅炉、燃气轮机、蒸汽轮机及整个系统的计算方法。
  3. A new absorption cycle with an exhaust heat recovery generator is presented.
    提出了一种新型循环,将排烟热回收发生器与吸收循环结合起来并将其用于直燃型吸收式制冷机。
  4. The boundary conditions of scattering heat of synchronous generator are dealed with reasonaby.
    对发电机定子散热的边界条件作了妥善处理。
  5. Research on abrasion-resistant plastic ramming mix for low temperature waste heat power generator Effect of Residuals on Hot Ductility of Low Alloy Steel CC Slab
    纯低温余热发电用耐磨可塑捣打料的研制残余元素对低合金钢连铸坯高温延塑性的影响
  6. The paper discusses the selecting principle of pinch point and approach temperature point which belongs to the HRSG ( heat recovery steam generator) of minitype combined gas-steam cycle.
    论述小型燃气-蒸汽联合循环中,余热锅炉节点温差和接近点温差的选取原则。
  7. Research on the Simulation Model of Heat Recovery Steam Generator in Combined Cycle Unit
    联合循环机组余热锅炉仿真模型研究
  8. The development history, technology characteristics of low temperature heat recovery steam generator and technical issues in its development are introduced.
    阐述了水泥窑余热锅炉技术的发展历程、纯低温余热锅炉的技术参数及纯低温余热锅炉的开发过程中面临技术难点。
  9. Discussion on Reasons of Malfunction Load Rejection Over-Speed Trip for Heat Providing Turbine Generator
    供热机组故障甩负荷超速跳闸原因的分析
  10. Application of Film-forming Anticorrosion Technology in Three-drum Heat Recovery Steam Generator for Gas Turbine
    成膜防锈蚀技术在余热锅炉中的应用
  11. Application of Pure Octadecylamine Method to Lay-up Protection of 9F Heat Recovery Steam Generator of Gas-steam Combined Cycle Generator Set
    纯十八胺法在燃气-蒸汽联合循环发电机组9F级余热锅炉停运保护中的应用
  12. Applying analysis of heat pipe generator and finned tube generator
    热管式蒸发器和管束式蒸发器的应用分析
  13. Repairing of the Breaking Axis of the Surplus Heat Power Generator Turbine
    余热发电机组汽轮机断轴的修复
  14. The effects of IGCC fuel changeover on the operation mode of HRSG ( heat recovery steam generator) steam system are investigated in this paper.
    研究整体煤气化联合循环燃料切换时对余热锅炉蒸汽系统运行方式的影响,提出几项有效的改进措施。
  15. Study on Absorption Refrigeration Cycle with an Exhaust Heat Recovery Generator
    带排烟热回收发生器的直燃机制冷循环研究
  16. The calculation of the temperature field of large synchronous generator is the main means analyzing the heat of generator.
    发电机温度场计算是研究发电机发热的主要手段。
  17. This paper analyzes regularity of variations of heat recovery steam generator exit parameters with time varying for step changes in the gas turbine exhaust temperature and mass flow.
    分析了当燃气轮机排烟温度和流量发生扰动时,余热锅炉出口参数随时间的变化规律。
  18. On-site procedure for repairing of breaking axis of the surplus heat power generator turbine is introduced.
    介绍了余热发电机组汽轮机发生断轴事故的现场修复过程。
  19. Study and Application on an Dynamic Model for the Large Capacity Heat Recovery Steam Generator
    大容量余热锅炉动态模型的研究与应用
  20. The paper introduced main non-pressure parts of Heat Recovery Steam Generator ( HRSG) based on the thermodynamics characteristic and change-work condition characteristic.
    从余热锅炉的热力特性和变工况特性出发,对余热锅炉的主要非受压部件进行了介绍。
  21. Experimental Research on the Application of 3 Dimensional Spiral Finned Tubes for Intensifying Heat Dissipation in Generator Air Coolers
    三维螺旋翅片管用于强化发电机空冷器散热的试验研究
  22. The mathematic models for gas turbine, heat recovery steam generator and steam turbine combined mechanism analysis and CMAC neural networks are established.
    基于融合机理和CMAC神经网络方法的燃气轮机、余热锅炉和蒸汽轮机的数学模型,进行了联合循环机组的变工况性能计算,并得出了一些相关的结论。
  23. The design of fritting furnace working under 2100 ℃ and H_2, the working temperatures and the improvement of the construction of the key assembly& heat generator are introduced in this paper.
    介绍了2100℃高温氢气烧结炉的设计,使用温度以及其关键部件之一&发热器结构的改进。
  24. The superheated steam temperature of a combined cycle power plant's heat recovery steam generator ( HRSG) is hard to control because of its variability with time, its uncertainty and its nonlinearity characteristics.
    过热蒸汽温度对象具有时变性、不确定性和非线性等特点,是联合循环余热锅炉中一个较难控制的过程。
  25. This paper uses the Exergy analysis method, elaborate the quality concept of energy, and analyze the course of hot power system and the vessel waste heat recovery generator system with Exergy analysis method;
    本文以(火用)分析法,阐述了能量的品质概念,并对热力系统的过程、柴油机船舶余热回收发电系统进行了(火用)分折;
  26. First, the dynamic mathematical models for the typical components of the heat recovery steam generator are built up on the basis of fundamental physical laws, which are composed of the single-phase region models ( economizer 、 superheater and reheater) and evaporating zone model.
    首先,从基本物理定律出发建立了余热锅炉典型部件动态数学模型,其中包括单相受热环节(省煤器、过热器和再热器)模型和蒸发区模型。
  27. The Improvement of Heat Generator of Fritting Furnace under 2100 ℃ and H_2
    2100℃高温氢气烧结炉发热器的改进
  28. Structural design and analysis of heat pipe waste heat steam generator
    热管余热蒸汽发生器的结构设计与分析
  29. Application of front placed high temperature metal heat tube steam generator on protection for flue gas turbine-expander
    前置高温金属热管蒸汽发生器在烟机保护中的应用
  30. Meanwhile, it lays a solid experimental foundation and explores a new way for further comprehensive utilization of the waste heat of generator and the realization of preheating and heat insulation of the whole fermentation system.
    同时,为进一步实现发电机余热的综合利用,实现整个发酵系统的预热保温,奠定了试验基础,探索了新的出路。