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Miao Zheng*, Wang Zhanbo, Petar Sabev Varbanov, Jiří Jaromír Klemeš, Xu Jinliang*，Development of selection criteria of zeotropic mixtures as working fluids for the trans-critical organic Rankine cycle[J]. Energy，2023, 278:127811.
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Ma Xiaojing，He Ming，Han Chunjiao, Xu Jinliang*，Boiling heat transfer enhancement by a pair of elastic plates[J]. International Journal of Heat and Mass Transfer，2024, 227:125580.
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Han Chunjiao，Ma Xiaojing*，Xu Jinliang. Innovative configurations for heat sink integrated with piezoelectric fans[J]. International Journal of Thermal Sciences，2025. 207:109383.
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Cheng Liangyuan，Xu Jinliang，Wang Qingyang，Dong Xinyu*，The influence of tube diameter parameters on the flow resistance and heat transfer characteristics of supercritical CO2 in horizontal tubes[J]. Applied Thermal Engineering，2024, 241:122361.
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Xu Jinliang，Ye Wenli，Yu Xiongjiang*，Zhang Bo. Overcoming the Heat Transfer Paradox: Nano Ridges Induce “Pistol Bubbles” and Reverse the Boiling Curve[J]. Nano Letters，2023, 23:10021-10027.
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Wang Hao，Xu Jinliang*，Yan Xin，Liu Guohua*. Critical laser frequency for nanofluid pendant droplet evaporation[J]. Physics Of Fluids，2024, 36:022008.
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Dong Ming，Xu Jinliang*，Wang Yan，Liu Guanglin. Effect of pressure and surface wettability on thermal resistance across solid–liquid interface in supercritical regime[J]. Journal of Physical Chemistry C，2024, 128:4024-4037.
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Cheng Liangyuan，Xu Jinliang*，Cao Wenxuan, Zhou Kaiping，Liu Guanglin. Supercritical carbon dioxide heat transfer in horizontal tube based on the Froude number analysis[J]. Energy，2024,294:130980.
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He Xiaotian，Xu Jinliang*，Xie Jian. Quantitative characterization of the pseudo-boiling contribution to supercritical heat transfer[J]. Physics Of Fluids，2024, 36:013343
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Zheng Haonan，Miao Zheng*，Xu Jinliang. Partial load operation characteristics of supercritical CO2 coal-fired power generation system[J]. Energy，2024, 291:130415