steam cycle

英 [stiːm ˈsaɪkl] 美 [stiːm ˈsaɪkl]

网络  蒸汽循環

化学



双语例句

  1. Gas and steam combined cycle power plant possesses the advantages of high efficiency, low pollution excellent peak load regulation performance ete.
    燃气蒸汽联合循环发电,具有高效率、低污染、调峰性能好等一系列优点。
  2. TOC is the important index to control quality of water& steam cycle for supernal parameters and high-capacity fossil fuel power plant.
    对于高参数、大容量火力发电机组,TOC是控制机组水汽循环品质的重要指标。
  3. Simple flow chart view of the power are in fact water, steam cycle of flow in the flow control valve in the selection of simple and complex.
    简单来看电力流程图实际上是水、蒸汽的循环流程,在此流程中选用控制阀既简单又复杂。
  4. The first development of the Rankine cycle into a more practical steam cycle involves raising the pressure and temperature of the steam entering the turbine.
    朗肯循环向一个更实用的蒸汽循环发展的第一步,包括提高进入汽轮机的蒸汽的压力和温度。
  5. Steam Rankine cycle is ripe power cycle for nuclear heating reactor with smaller temperature dif-ference between reactor core input and output;
    水蒸汽朗肯循环对于堆芯进、出口温度差较小的堆型具有明显的优势;
  6. The simulative training system for gas/ steam combine cycle power plant has been developed. combine nuclear and gas turbine
    本文主要介绍燃油或天然气的燃气/汽轮机联合发电机组的模拟掊训器装置的设计与实现。核动力和燃气轮机联合动力装置
  7. A power station operates using a closed steam power cycle, where water undergoes various thermodynamic processes in a cyclic process.
    电站通过使用一个封闭的蒸汽动力循环来实现运行,在循环的过程中水经历了各种热力过程。
  8. Thermal efficiency analysis of gas steam combined cycle in power station
    燃气-蒸汽联合循环发电厂的循环热效率分析
  9. The regulation capacity of heat supply by heat and power cogeneration system with combined gas and steam cycle unit is relatively powerful, and for some heat-supply networks with more powerful thermal inertia, it can control average fluctuation margin of indoor temperature within a certain range.
    燃气-蒸汽联合循环机组热电联产系统的供热量调节能力相对较强,对于某些热惯性较强的热网,利用热网热惯性可将室内温度平均波动幅度控制在一定的范围内。
  10. Investigations on the Coupling of HTGR with Supercritical Steam Cycle
    高温气冷堆超临界蒸汽动力循环电站研究
  11. Thermodynamic Analysis of Gas-Steam Combined Cycle Power plant
    燃气-蒸汽联合循环动力装置热力学分析
  12. The Steam Cycle of PWR Secondary System and Its Improvement
    压水堆核电站二回路蒸汽循环及其改进
  13. Off-Design Performance of IGCC with Dual Pressure and Reheat Steam Cycle
    双压再热蒸汽循环的IGCC变工况性能
  14. Study on synthetical optimization of process parameters of steam cycle system in IGCC
    IGCC中蒸汽系统流程与参数综合优化研究
  15. An explicit metric algorithm is provided to calculate energy level efficiencies of steam thermodynamic cycle with multiple energy levels.
    提出了多能级蒸汽循环能级效率的显式矩阵算法,可根据主循环参数直接求取能级效率,无需进行迭代。
  16. For producing the same amount of olefin and electricity, compared with the OCM process and the O2-CO2 gas and steam cycle, the consumptions of nature gas and oxygen of the poly-generation system reduce about 4.3% and 3.2% respectively.
    在乙烯产率和净输出电功相同的情况下,相对于单独生产烯烃的OCM工艺和O2-CO2动力系统,新工艺的天然气与氧气消耗量的减少率分别为4.3%和3.2%;
  17. The method and model for optimizing design of steam bottoming cycle in combined cycles
    联合循环中蒸汽底循环优化设计的方法与模型
  18. This paper presents an analysis of the reheating regenerative steam turbine cycle by the small deviation method and thereby derives the expressions for the effects of internal stage and turbine efficiency on output power and heat rate.
    本文用小偏差方法对再热&回热汽轮机系统进行了分析,得到级内效率、缸内效率等参数对输出功率、热耗率等参数的影响系数表达式。
  19. Thermal Economic Performance Analyses of Steam Turbine Cycle for the Influence of Feedwater Enthalpy Rise by the Feedwater Pump
    汽轮机热经济性分析中给水泵效率的影响及其算法研究
  20. Optimal synthesis of feedwater heating system of steam cycle in PFBC-CC
    蒸汽侧循环给水加热系统的综合优化
  21. Dual heat source steam cycle& a power plan of combined solar and fuel-burning heat
    双热源的水汽循环&联合太阳能和火力的动力方案
  22. 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。
  23. In accordance with the exploitation of the coal seam gas in Shanxi, the application of the coal seam gas in power industry is expounded and the idea of development of clean energy and power plant with combined gas steam cycle is been brought forward.
    结合山西煤层气资源的开发,阐述其在电力工业中的应用,提出建设燃气&蒸汽联合循环电站,发展清洁能源的工程设想。
  24. New Development of Combined Gas-steam Cycle
    燃气联合循环的新发展
  25. Design and Implementation of Simulative Training System for Gas/ Steam Combine Cycle Power Plant
    燃气/蒸汽联合循环电站模拟培训系统的设计与实现
  26. Steam combined cycle gas-to all parts of the performance index system and summarizes, and according to the target for each part of gas power plant every performance index determined the specific implementation algorithm.
    对燃气&蒸汽联合循环各部分的性能指标体系进行了归纳和总结,并根据目标燃气电厂针对每一部分每一性能指标确定了具体的实施算法。
  27. Along with the wide range of marine gas turbine applications, it is required to improve the efficiency of its thermal-cycling, therefore Combined Gas and Steam cycle is invention.
    随着船用燃气轮机的广泛应用,为了提高它的热循环效率,便产生了燃气-蒸汽联合循环。
  28. Realizing the algorithm of decoupling controller module in STAR-90 simulation platform, applied it to the actual simulator system of gas-steam combined cycle unit.
    在STAR-90仿真支撑平台下实现了解耦控制器的算法模块,应用于实际的燃气-蒸汽联合循环机组的仿真机系统。
  29. The waste heat boiler is the important constituent in the Combined Gas and Steam cycle, research on the performance of the waste heat boiler are very important to study on the Combined Gas and Steam cycle performance.
    而余热锅炉是燃气-蒸汽联合循环中重要的组成部分,余热锅炉的性能研究,对于燃气-蒸汽联合循环的整体性能分析具有重要意义。
  30. This study simulated the ammonia absorption system and integrated it with steam cycle.
    本文模拟了燃煤电厂烟气中CO2氨吸收系统,并将之与蒸汽循环整合。