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首页> 外文期刊>Transactions of the American nuclear society >System modeling and experimental study of thermal transport properties of pure alcohols and associated mixtures in novel regenerative transcritical power cycle for small modular reactors (SMR)
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System modeling and experimental study of thermal transport properties of pure alcohols and associated mixtures in novel regenerative transcritical power cycle for small modular reactors (SMR)

机译:新型模块化反应器新型再生跨临界功率循环中纯醇热传输性能的系统建模及实验研究(SMR)

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摘要

Since over 50% of the world's energy production is dissi-pated through exhausts and effluents, with a significant amount of energy expelled at temperatures in excess of 300°C [10], implementation of heat recovery systems that can productively utilize this heat are imperative. The mid-temperature energy conversion systems herein described have the capability to tap into heat recovery in addition to expanding small-scale power generation with sustainable sources.
机译:由于世界上超过50%的能源产量通过排气和流出物进行了垂涎,因此在超过300°C的温度下,能够高效地驱逐的能量,可以妥善利用这种热量的热回收系统是势在必行的。除了扩展与可持续源的小规模发电之外,本文所述的中温能量转换系统还具有挖掘热回收的能力。

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