Analytical results showed that the thermal efficiency and exergy efficiency increased with increasing condensation temperature of Rankine cycle, inlet pressure of turbines of Rankine cycle and LNG cycle, and decreased with increasing outlet pressure of turbines of Rankine cycle and LNG cycle.
分析结果表明，混合动力循环热效率和可用能效率随朗肯循环冷凝温度升高、朗肯循环透平进口压力和液化天然气循环透平进口压力增大而提高，随朗肯循环透平出口压力和液化天然气循环透平出口压力增大而降低。
The energy balance equations and exergy balance equations of heat exchanger and power equipment in the combined power cycle were established. Taking condensation temperature of Rankine cycle, inlet and outlet pressure of turbine of Rankine cycle, inlet and outlet pressures of turbine of LNG cycle as key parameters, the influences of these parameters on the thermal efficiency and exergy efficiency of the combined power cycle were analyzed.
建立了混合动力循环中换热和动力设备的能量平衡方程和可用能平衡方程，并以朗肯循环冷凝温度、朗肯循环透平进出口压力、液化天然气循环透平进出口压力为关键参数，分析了上述关键参数对混合动力循环热效率和可用能效率的影响。
The energy balance equations and exergy balance equations of beat exchanger and power equipment in the combined power cycle were established. Taking condensation temperature of Rankine cycle, inlet and outlet pressure of turbine of Rankine cycle, inlet and outlet pressures of turbine of LNG cycle as key parameters, the influences of these parameters on the thermal efficiency and exergy efficiency of the combined power cycle were analyzed.
建立了混合动力循环中换热和动力设备的能量平衡方程和可用能平衡方程，并以朗肯循环冷凝温度、朗肯循环透平进出口压力、液化天然气循环透平进出口压力为关键参数，分析了上述关键参数对混合动力循环热效率和可用能效率的影响。
This superheat cycle was chosen to have the same turbine exhaust conditions as the previous Rankine cycle.
过热循环被选择为和先前的朗肯循环具有相同的汽轮机排汽条件。
The result shows that both Kalina and Rankine cycle have respective advantages in the different waste heat types.
结果表明，针对不同的余热类型，卡林纳循环和朗肯循环在余热回收利用方面各有优劣。
Difficulties: energy analysis and calculation on Rankine, Reheat and cycle.
难 点：蒸气压缩制冷循环的工作原理及 lgp-h 图和 T-s 图。
Impact of ambient temperature on system performance of organic Rankine cycle system driven by exhaust
非系统性风险是指对某个行业或个别证券产生影响的风险，它通常由某一特殊的因素引起，与整个证券市场的价格不存在系统的、全面的联系，而只对个别或少数证券的收益产生影响。
For the same quality of steam entering the condenser, the quantity of heat rejected to the condenser is the same as for the Rankine cycle.
对于进入凝汽器的同样质量的蒸汽，未传递给凝汽器的热量和朗肯循环的相当。
It consists of nitrogen Brayton cycle, nature gas direct expansion and ammoniawater Rankine cycle.
该流程是氮气Brayton循环、天然气直接膨胀和氨水混合物Rankine循环的联合。
Coupled with its high overload capacity, the Rankine-cycle engine would eliminate the need for a transmission.
加上其高负荷能力，这种朗肯循环发动机将无需传动系统。
The Rankine vapor-cycle external combustion engine has torque-speed characteristics close to the ideal.
水蒸气朗肯循环外燃机扭矩转速特性较为理想。
The Rankine vapor-cycle external combustion eng in e h as torque-speed characteristics close to the ideal.
水蒸气循环朗肯外燃机转矩转速特性接近理想。
The improvement in thermal efficiency for a simple Rankine cycle is by virtue of the bled-steam releasing all of its heat to the feed-water, and little or none to the condenser.
一个简单的朗肯循环热效率的提高是凭借蒸汽释放所有热给给水，并且很少或没有热传递给凝汽器。
According to the results, Rankine cycle and Brayton cycle are advised to recycle LNG physical exergy.
依据研究结果，提出了采用Rankine循环和Brayton循环的方法来实现LNG物理回收利用。
ANALYSIS OF ZEOTROPIC MIXTURES USED IN LOW TEMPERATURE SOLAR RANKINE CYCLE SYSTEM Identification of pinch point in countercurrent heat exchanger for zeotropic refrigerant mixtures
非共沸工质用于太阳能低温朗肯循环的理论研究非共沸制冷剂在逆流换热器中温度窄点出现的判别方法
An experimental study of organic rankine cycle was presented.
文中对有机物朗肯循环进行了实验研究。
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。
LNG cold energy utilized in a transcritical CO_2 Rankine cycle and CO_2 recovery by liquefaction
LNG冷能用于CO2跨临界朗肯循环和CO2液化回收
Rankine Cycle is spread to universal thermodynamic system by using matrix theory. A new universal model is provided to describe thermodynamic system.
利用矩阵理论，将朗肯循环推广到一般的热力系统，提出了热力系统广义数学模型。
Determination of optimal reheating pressure in Organic Rankine Cycle system
有机朗肯循环系统最佳再热压力的确定