Working fluid selection for organic rankine cycle ( ORC) in low temperature geothermal power generation system 低温地热有机朗肯循环(ORC)工质选择
Thermodynamics Analysis of Power Generation System Based on Regenerative Extraction Organic Rankine Cycles RECOVERY OF LOW TEMPERATURE HEAT ENERGY IN REFINERY USING ORGANIC MEDIUM 抽汽回热式有机工质发电系统的热力特性分析利用有机工质回收炼油企业中的低温热能
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。
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;
The Rankine cycle of low boiling medium and its application to low temperature waste-heat recovery in foreign countries are reviewed. 本文介绍低沸点工作介质的兰金循环特点及目前国外运用这种循环方法回收和利用低温余热的情况。
Thermal analysis of Rankine cycle at moderate and low temperature and the selection of working liquids 中、低温朗肯循环的热力分析与工质选择
Based on the finite time thermodynamic theory, the thesis discusses the optimization of Rankine cycle, Brayton cycle and Stirling cycle between constant temperature heat source and constant temperature heat sink or between variable temperature heat source and constant temperature. 采用有限时间热力学深入研究了恒温热源一恒温冷源和变温热源一恒温冷源液氮发动机朗肯循环、布雷顿循环和斯特林循环的优化和对比;
In addition, in this paper, the application case of the Organic Rankine Cycle power generation system with single screw expander which was used in the low temperature waste heat power recovery was designed and analyzed innovatively in the future. 同时,创新性的设计和分析了单螺杆膨胀机有机朗肯循环发电系统在低温余热动力回收方面的应用案例,为中低温余热利用领域开辟了思路。