heat regenerator

英 [hiːt rɪˈdʒɛnəreɪtə] 美 [hiːt riˈdʒɛnəˌreɪtər]

交流换热器

机械



双语例句

  1. Numerical Simulation of High Radiative Coating on Heat Transfer Process in Regenerator of Hot Blast Stove
    高辐射覆层对热风炉传热过程影响的数值模拟
  2. At these temperatures, solid materials have lower values for specific heat, so the regenerator must be made out of unexpected materials, such as cotton.
    在这些温度下,固体材料有较低的值比热,所以再生必须作出了意想不到的材料,如棉花。
  3. Mathematical Analysis of Temperature Field in Heat Transfer Process About Honeycomb-Type Regenerator
    蜂窝型蓄热室热交换过程温度场的数学解析
  4. Heat pipe air regenerator applied to heat pump wood drier
    热管空气回热器在热泵木材干燥机上的应用
  5. Principle and Application of Heat Distribution Meter and Heat Flowmeter The optimal performance can be obtained by optimizing the distribution of heat conductances or heat transfer surface areas among the two heat exchangers and the regenerator.
    热分配表和热量表的原理和应用通过优化两个换热器和回热器之间的热导率分配或传热面积分配可得循环最优性能。
  6. Development and application of DOWTHERM-A carbon steel heat transfer pipe regenerator
    导热姆A碳钢热管换热器的研制与应用
  7. The engineering practice of heat treatment for regenerator
    再生器热处理的工程实践
  8. Numerical Investigation on 3D Unsteady Fluid Flow and Heat Transfer in a Regenerator
    蓄热室三维非定常流动与传热数值研究
  9. In this paper, finite-time thermodynamics is applied to optimize the intercooling pressure ratio and the heat conductance distribution of hot-and cold-side heat exchangers, intercooler and regenerator of a real closed intercooled regenerated Brayton cycle.
    该文应用有限时间热力学方法研究了实际闭式燃气轮机循环热效率最大时高低温侧换热器、回热器和中冷器的热导率最佳分配和最佳中间压比分配;
  10. Present Situation of Experimental Study on Heat Transfer Characteristics of Honeycomb Regenerator and Analysis of Results
    蜂窝蓄热体换热特性的实验研究现状与结果分析
  11. Experimental study on heat transfer characteristics of regenerator of the regenerative burner
    蓄热式燃烧器蓄热室传输特性试验研究
  12. Better heat transfer in regenerator is achieved by increasing the heat exchange surface and adopting uniform mixture technology.
    增大单位体积格砖的换热面积和采用均匀配气技术加强蓄热室内的热交换;
  13. Development on Simulation System of Periodical Heat Transfer for Thin-walled Regenerator
    薄壁蓄热器周期传热仿真系统的开发
  14. The operating principle of a solar-energy semiconductor refrigeration dew fall-based water collector from air with a heat regenerator is suggested and an expression of the water collection rate is given.
    提出了带有回热器的太阳能半导体制冷结露法空气取水器的工作原理,得出了其取水率的表达式,并根据实际的工作条件,对这种取水器的取水率进行了数值模拟计算和分析。
  15. Experimental study on heat transfer performance of honeycomb heat regenerator
    蜂巢蓄热体换热性能的实验研究
  16. Analytical-numerical Method Based on the Model of Heat Transfer in Rotary Regenerator
    求解回转式空气预热器传热模型的解析-数值法
  17. Numeric research on heat transfer in honeycomb regenerator
    蜂巢蓄热体传热性能的数值研究
  18. A variety of physical parameters, such as real thermal properties of helium, multi-layered magnetic regenerative materials, pressure drop and heat transfer in the regenerator and heat exchangers, are taken into account.
    模型还考虑了实际气体工质(氦气)的热物性变化、多层磁性蓄冷材料、冷热端换热器及蓄冷器填料的压力降和非平衡换热等。
  19. Heat Pumping of Moving Regenerator
    运动回热器的泵热制冷作用
  20. In thermoacoustic system, the oscillating heat transfer in regenerator is along the axis direction of the stack and in heat exchanger it is along the radial direction of the tube.
    在热声发动机系统中,回热器的振荡换热是沿流体通道的轴向,而加热器振荡换热主要是沿流体通道径向。
  21. Approach to new design of waste heat boiler by regenerator flue gas
    再生烟气余热锅炉新结构的探讨
  22. The mathematical model of periodical heat transfer in thin-walled regenerator was set up, and the approximate expressions of temperature profiles in case of weak solid conduction along the gas flow direction were obtained, and the new algorithm for the analytical and numerical solution was designed.
    建立薄壁蓄热器周期传热的数学模型,求取针对沿气流流动方向弱固体导热条件下的蓄热器温度分布近似表达式,并设计了求取其解析&数值解的算法。
  23. The results show that neglecting to solid axial conduction parallel to the gas flow and based on the assumption of thin wall, a dynamic periodical heat transfer model of regenerator is established, and the non-dimensional quantities of the linear differential equations are processed.
    研究表明,忽略沿通道轴向蓄热体导热影响,可建立薄壁蓄热体周期传热模型,并对线性偏微分方程组进行无量纲化处理。
  24. Theoretical analysis of heat transfer of ceramic regenerator in high temperature air combustion system
    高温空气燃烧系统中陶瓷蓄热体传热特性分析研究
  25. Study on Establishing Numerical Model of Heat Storage Regenerator with Fluent Software
    利用Fluent软件建立蓄热体数学模型的研究
  26. It can be concluded that preparation of coating on heat regenerator surface provides a new practical and operable technology for energy saving in steel industry.
    高发射率涂层技术为钢铁企业节能降耗提供实用且可行的新技术。
  27. Development of honeycomb ceramic for heat regenerator
    工业窑炉蓄热式换热器用莫来石质蜂窝陶瓷的研制
  28. As the key component of the high temperature air combustion, the good or bad performance of the heat regenerator has profundity influence on the promotion and development of the high temperature air combustion.
    蓄热体作为高温空气燃烧技术的关键部件,其性能的好坏,对整个高温空气燃烧技术的推广和发展有着深刻的影响。
  29. The effects of heat regenerator on combustion temperature, lean limit and pollution emission were experimentally studied.
    实验研究了回热对燃烧温度、贫燃料燃烧极限和污染物排放的影响。
  30. The honeycomb heat regenerator had widely used in the fields of the industrial furnace for its advantage like high specific surface area, high rate of heat liberation and storage, low resistance loss and so on.
    蜂窝陶瓷蓄热体以其比表面积大、蓄放热速度快、阻力损失小等优点,在工业炉窑上得到了广泛的应用与推广。