cycle efficiency

英 [ˈsaɪkl ɪˈfɪʃnsi] 美 [ˈsaɪkl ɪˈfɪʃnsi]

循环效率

机械



双语例句

  1. The desire for further increases in cycle conditions and consequent increases in the cycle efficiency, led to the addition of steam reheat during turbine expansion.
    对循环条件的要求进一步增加,和循环效率的最终提高,导致了蒸汽在汽轮机膨胀过程中的再热量增加。
  2. Main Affecting Factors of Hydrogen and Oxygen Hybrid Cycle Efficiency
    氢-氧联合循环效率的主要影响因素分析
  3. Temperature Difference Calculation of Heater Affection and Its Affection on Cycle Efficiency
    加热器端差对循环效率影响的计算
  4. The effects of the e intercooling exchanger and the regenerator on the optimal cycle power output, the optimal cycle efficiency and corresponding intercooling pressure ratio of the Brayton cycle were calculateded.
    通过数值计算方法,分析了中冷度、回热度对循环最优功率、最优效率及其对应的中间压比分配的影响。
  5. Condenser system in the heating system of thermal power plant is one of the important accessory systems that can improve unit cycle efficiency, its operation property would impact thermal efficiency and safety of whole Unit.
    火电厂热力系统中的凝汽器系统是提高机组循环热效率的重要辅助系统之一,其运行性能直接影响到整个机组的热经济性和安全性。
  6. Then, analyzes the thermodynamic process of HTGR gas turbine cycle to show the effects of various parameters on the cycle efficiency.
    首先应用发动机热力计算方法导出循环有效效率表达式和最佳增压比解析式,然后对高温气冷堆氦气轮机循环的热力过程进行分析,揭示了各参数之间的关系。
  7. The system is considered as a multi-stage decision process, the cycle efficiency is its criterion function, the quantities of the abstracted steam are control variables and the feedwater temperatures are state variables.
    将给水回热系统视为一多级决策过程,循环效率为其目标函数,抽汽量为控制变量,而给水温度则为状态变量。
  8. On quantity on the heat transfer DQ concerning element of process and cycle efficiency
    元过程热交换量dQ及循环效率问题
  9. Using "P" criterion suggested by the authors, the paper has analysed and further clarified the essence and direction for improving cycle efficiency.
    并利用作者提出的P准则分析揭示Kalina循环改善效率的本质和方向。
  10. The concept of cycle efficiency coefficient is introduced to analyze the normal cycle of the unit and the reheater desuperheating water cycle.
    引入了循环效率系数的概念,对机组正常循环和再热减温水循环进行分析。
  11. This paper outlines Carnot cycle efficiency of ideal gas whose heat capacity is a constant.
    概述了热容量为常量的理想气体的卡诺循环效率。
  12. Calculation of Carnot Cycle Efficiency of Real Gas in Quasi-steady Process
    实际气体在准静态过程中卡诺循环效率的计算
  13. A New Method to Calculate the Cycle Efficiency of the Main System for a Power Plant
    一个新的电厂主系统循环效率的解析解
  14. In order to solve this problem, a nonlinear optimization method was applied to optimize the heat regenerative system, and the cycle efficiency can be further improved.
    为了解决这个问题,采用非线性优化方法通过变动汽轮机的抽气参数得到回热系统的给水焓升最佳分配方案,从而进一步提高了机组的热力性能。
  15. In this paper the power cycle s of liquid propellant rocket engines are divided into open cycle and close cycle and analyzed. Through the analysis, formulae for the power cycle efficiency of liquid propellant rocket engines are set up.
    本文将液体火箭发动机的动力循环过程分为开式循环和闭式循环,并通过分析的办法,建立了发动机动力循环的效率公式。
  16. The analytic expressions of the simple recuperative cycle efficiency and the optimum pressure ratio based on the new criterion are derived on the general simplified, assumptions. Some typical calculation results are presented also.
    为此,在一些传统简化假定条件下,本文给出了基于新的分析准则的回热循环效率与最佳压比的解析表达式,以及一些典型计算结果曲线。
  17. Calculation of the Combined Cycle Efficiency for Large-Scale MHD-Steam Power Generation
    大型磁流体&蒸汽动力联合循环效率的计算
  18. Effect of supplementary firing on combined cycle efficiency
    补燃对常规联合循环效率的影响
  19. Calculation of Ideal Cycle Efficiency of Turbocharged Engine
    涡轮增压发动机理想循环热效率的一种分析方法
  20. The combined reheat gas turbine/ steam turbine cycle shows broad prospects for increasing cycle efficiency.
    再热燃气&蒸汽联合循环对于有效地提高循环的经济性展现了广阔的前景。
  21. On the basis of a partial regenerative steam injected gas turbine ( PRSTIG) cycle analyzed is the impact of such parameters as turbine entry temperature, pressure ratio, injection ratio and regeneration ratio, etc on cycle efficiency and specific work.
    以部分空气回热回注循环(PRSTIG)为基础,分析了燃气初温、压比、回注比、回热比等参数对循环效率、比功的影响。
  22. Heat rate transformation coefficient, extraction steam efficiency and main cycle efficiency
    热耗变换系数、抽汽效率与主循环效率
  23. The relationship of the system parameters such as turbine inlet pressure, outlet pressure, temperature of heat source and absorber and the effect of these parameters on the cycle efficiency are analyzed through numerical simulation.
    通过对整个系统的数值模拟,进一步分析了该联产系统中汽轮机初压、背压、热源温度、吸收器工作温度等参数之间的关系。
  24. Exploration on Cycle Efficiency Factor for Pumped Storage Plant
    关于抽水蓄能电站循环效率系数的探讨
  25. It has a broad application prospect in future aerospace and weapon fields with the advantages of high thermal cycle efficiency, hardware simplicity, light weight and wide working scope.
    它具有热循环效率高、结构简单、重量轻、工作范围宽等特点,在未来的航空航天与兵器领域具有广阔的应用前景。
  26. Spouted-fluidized bed has the advantage of gas-solid solution efficiency and high cycle efficiency, so biomass can achieve good circulation in it.
    喷动-流化床具有气固接解效率好、循环效率高的优点,生物质在喷动-流化床中可以实现良好的循环。
  27. Intake filtration unit is one of the most important component of the marine power system, whose aerodynamic performance directly determines the cycle efficiency of the marine gas turbine.
    进气滤清设备是船舶动力系统的重要组成部分,其气动性能直接决定着船舶燃气轮机循环效率。