2020
DOI: 10.1360/sst-2020-0067
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Progress in thermodynamic analyses and optimizations for key component units in sea-based fuel synthesis systems

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Cited by 10 publications
(2 citation statements)
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“…Feng等人 [181] 建立了双压透平的有机朗肯循环模型, 以系统输出功 率最大为目标对其进行了构形热力学优化, 优化后系 统输出功率提高了8.84%. 蔡存光 [182] 建立了同时考虑 图 3 2 ( 网 络 版 彩 图 ) P sys,5m , L eff,hte,5o , L eff,lte,4o , L eff,cond,3o , 表 5 OTEC系统采用两种循环时的优化结果 [181] 、卡琳娜循环 [182] 及两者联合循环 [183] 的性能 优化中, 可进一步拓展应用到其他航空、陆用和船海 用动力装置部件与系统的一体化优化设计中, 并可进 一步拓展应用到化学反应器网络, 如海基合成燃油系 统 [86]…”
Section: 海洋热能转换装置冷凝器构形优化unclassified
“…Feng等人 [181] 建立了双压透平的有机朗肯循环模型, 以系统输出功 率最大为目标对其进行了构形热力学优化, 优化后系 统输出功率提高了8.84%. 蔡存光 [182] 建立了同时考虑 图 3 2 ( 网 络 版 彩 图 ) P sys,5m , L eff,hte,5o , L eff,lte,4o , L eff,cond,3o , 表 5 OTEC系统采用两种循环时的优化结果 [181] 、卡琳娜循环 [182] 及两者联合循环 [183] 的性能 优化中, 可进一步拓展应用到其他航空、陆用和船海 用动力装置部件与系统的一体化优化设计中, 并可进 一步拓展应用到化学反应器网络, 如海基合成燃油系 统 [86]…”
Section: 海洋热能转换装置冷凝器构形优化unclassified
“…FTT theory was also applied in chemical reaction processes; see the review article [69]. Some scholars [70][71][72][73] have conducted a lot of researches by taking the maximum production rate (PR) and minimum entropy generation rate (EGR) as optimization targets for chemical reaction processes.…”
Section: Introductionmentioning
confidence: 99%