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hat循环     
相关语句
  hat cycle
     Study on HAT cycle simulation model
     HAT循环仿真模型研究综述与展望
短句来源
     HAT CYCLE PERFORMANCE ANALYSIS
     HAT循环性能分析研究
短句来源
     The exergy analysis on saturator's performance in HAT cycle
     HAT循环饱和器性能的分析
短句来源
     Thermodynamic model and experimental study of saturator in HAT cycle
     HAT循环饱和器数学模型及实验研究
短句来源
     Feasibility study of establishing HAT cycle dynamic model
     建立HAT循环动态模型的可行性研究
短句来源
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  humid air turbine cycle
     A Study on Air Humidification Process of Humid Air Turbine Cycle
     HAT循环空气湿化过程研究
短句来源
     SYSTEM OPTIMIZATION OF HUMID AIR TURBINE CYCLE
     HAT循环的系统优化
短句来源
     The Experiment of Saturator Performance in Humid Air Turbine Cycle
     湿空气透平循环(HAT循环)中饱和器性能实验台的设计
短句来源
     CHAT Cycle-A Modified Verson of Humid Air Turbine Cycle
     HAT循环的一种改型──CHAT循环
短句来源
     Integrated gasification humid air turbine cycle (IGHAT) combines the novel htald air turbine cycle (HAT) with advanced coal fired technology, which is a promisingway of generating electric power at high efficiency high specific work and low emissions. It also will provide a new method to reduce the specific investment expense and generating electricity cost of IGCC. It is one of the most importallt clean-coal technologies, which has drawn more and more attention.
     IGHAT循环把新颖的HAT循环和先进的燃煤技术结合起来,是一种高效率、低污染和低比投资费用的燃煤发电技术,正待人们进一步去研究和开发,它也将为降低IGCC的比投资费用和发电成本提供一条新的途径[1,2]。
短句来源
  hat recycle
     Study on Improving of Thermal Performance of HAT Recycle by Introducing Lithium-bromide-refrigerator
     引入溴冷机改善HAT循环热力性能的研究
短句来源
     The cooling unit of HAT recycle is improved by introducing lithium-bromide-refrigerator. It improves the thermal efficiency and the influence of changing of air temperature of HAT recycle.
     将溴冷机引入HAT循环系统中,对HAT循环压气机的进气和中间冷却部分进行冷却,提高了HAT循环的热效率,改善了大气温度变化对HAT循环性能的影响。
短句来源
  a hat cycle
     Exergy Computational Analysis of the Working Medium of a Saturator and the Exergy Efficiency of the Saturator in a HAT Cycle
     HAT循环饱和器工质计算分析及效率
短句来源
     Based on the building of an off design performance model for the various components in a humid air turbine (HAT) cycle the authors have analyzed the off design performance of a HAT cycle, which was compared with that of a simple intercooling cycle.
     在建立HAT循环中各部件的变工况模型的基础上分析了HAT循环变工况性能 ,并同简单间冷循环进行了比较。
短句来源
     Nowadays two methods are generally adopted for the theoretical analysis of recuperators in a HAT cycle,namely,heat-transfer temperature difference method and thermal-ratio analysis method featuring the characteristics of a recuperator.
     目前对HAT循环中回热器的理论分析大多采用传热温差法和表征回热器特性的回热度分析的方法。
短句来源

 

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      hat cycle
    Thermodynamic performance experiment and cooling number calculation of a counter-flow spray humidifier in the HAT cycle
          
    HAT cycle is also is used with coal gasification in an IGHAT.
          
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    The key units in HAT cycle are analyzed thermodynamically and modelled in this pa-per. The superstructure containing all potentially high efficient flowsheeting alternatives is also proposed. The system optimization of the HAT cycle is thus represented by a nonlinear programming problem. The problem is solved automatically by a successive quadratic algorithm to select the optimal configuration and optimal design parameters for the HAT cycle.The results have shown that the configuration of the HAT cycle currently...

    The key units in HAT cycle are analyzed thermodynamically and modelled in this pa-per. The superstructure containing all potentially high efficient flowsheeting alternatives is also proposed. The system optimization of the HAT cycle is thus represented by a nonlinear programming problem. The problem is solved automatically by a successive quadratic algorithm to select the optimal configuration and optimal design parameters for the HAT cycle.The results have shown that the configuration of the HAT cycle currently adopted is not optimal for efficiency and/or specific power, and the current pressure ratio are too high to be favorable for highest performance. Based on the current technical practice, the optimal flowsheeting can reach 60.33% for thermal efficiency, and 1300 kW/kg/s air for specific power,when TIT=1533 K.The optimal flowsheeting configuration is compared favorably with the other existing ones.

    HAT循环的系统优化肖云汉,林汝谋,蔡睿贤(中国科学院工程热物理所北京100080)关键词:HAT循环,系统优化一、前言HAT循环采用两相、多组份的混合工质,利用现有成熟的部件技术,以低造价的简单系统实现高效率、高比功、低污染和良好的变工况性能,引起...

    The necessity of studying the properties of a saturator in HAT cycle has been pointed out by the author.The establishment of the saturator performnce test stand at its preliminary stage created the experimental conditions for gaining an in-depth understanding of the saturator properties and undertaking the further study of the HAT cycle.

    本文指出了研究HAT循环中的饱和器性能的必要性。并初步建立了饱和器性能实验台,为掌握饱和器性能深入研究HAT循环作好了实验准备。

    HAT cycle has aroused considerable interest. This paper emphasized the right representation of humidifier that is a key unit in HAT cycle. An improved superstructure forHAT cycle was then proposed to improve the thermodynamic performance working at widerange of pressure ratio. The configuration and parameters were optimized simultaneously.The results revealed that the optimal system can reach the ideal matches with minimumexergy losses. The artificial assumptions based on intuition and locally thermodynamic...

    HAT cycle has aroused considerable interest. This paper emphasized the right representation of humidifier that is a key unit in HAT cycle. An improved superstructure forHAT cycle was then proposed to improve the thermodynamic performance working at widerange of pressure ratio. The configuration and parameters were optimized simultaneously.The results revealed that the optimal system can reach the ideal matches with minimumexergy losses. The artificial assumptions based on intuition and locally thermodynamic analyses by previous researchers are harmful to the efficiency of HAT, and also mislead frame ofHAT. The insights in this paper can provide design basis of system match and unit for thedevelopment of HAT power generation system.

    HAT循环的模化与热力学评价肖云汉,蔡睿贤,林汝谋(中国科学院工程热物理研究所北京100080)关键词HAT循环,系统优化,集成1引言HAT循环,以其突出的高效率、低费用和低NOx污染以及许多其它的优点表现为一种新型的先进的发电系统,被列入美国先进透...

     
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