[1] Shi L*, Wang JH*, Li GH, Chew MYL, Zhang HP*, Zhang GM, Dlugogorski BZ, Increasing fire risks in cities worldwide under warming climate, Nature Cities, 2(2025):254-264.（封面论文；影响因子：15.3）

[2] Dong QC, Shi L*, Improving high-rise fire safety needs systemic actions, Nature Cities, 3 (2026) 382-383. （影响因子：15.3）

[3] Huang L, Dong QC, Song Y, Tao Y, Shi L*, Zhao XQ, Qi JC, Song ZH, Zheng ZY, Zhang GM, Chew MYL, Setunge S, Tu JY, D. BZ, Joint effects of urban heat island and global warming on heatwave risk, Sustainable Cities and Society, 141 (2026) 107270. (影响因子：13.3)

[4] Zhao XQ, Song Y, Huang L, Song ZH, Dong QC, Qi JC, Shi L, Controlling double-skin façades with inclined louvers for natural ventilation: An experimental and theoretical study, Applied Energy, 377 (2025) 124560. (影响因子：12.2)

[5] Song ZH, Huang L, Dong QC, Zhang GM, Chew MYL, Setunge S, Shi L*, Impacts of shadow conditions on solar PV array performance: A full-scale experimental and empirical study, Energy, 320 (2025) 135219. (影响因子：10.1)

[6] Qi JC, Dong QC, Song Y, Zhao XQ, Shi L*, Combining dust scaling behaviors of PV panels and water cleaning methods, Renewable and Sustainable Energy Reviews, 212 (2025). (影响因子：18.0)

[7] Zhao XQ, Wei A, Zou SK, Dong QC, Qi JC, Song Y, Shi L*, Controlling naturally ventilated double-skin façade to reduce energy consumption in buildings, Renewable and Sustainable Energy Reviews, 202 (2024) 114649. (影响因子：18.0)

[8] Tao Y, Yan YH, Tu JY*, Shi L*, Impact of wind on solar-induced natural ventilation through double-skin facade, Applied Energy, 364 (2024) 123205. (影响因子：12.2)

[9] Huang L, Song ZH, Dong QC, Song Y, Zhao XQ, Qi JC, Shi L*, Surface temperature and power generation efficiency of PV arrays with various row spacings: a full-scale outdoor experimental study, Applied Energy, (2024). (影响因子：12.2)

[10] Dong QC, Zhao XQ, Song Y, Qi JC, Shi L*, Determining the potential risks of naturally ventilated double skin façades, Renewable and Sustainable Energy Reviews, 191 (2024) 114064. (影响因子：18.0)

共发表论文200+篇，更多论文，请参考Scopus个人主页。

研究团队成员以及最新科研进展，请参考研究团队主页。

专著：

[1] Shi L, Zhang HH, Solar chimney applications in buildings: For Engineers and Scientists, Springer Nature, 2024，ISBN：97-3-031-45217-8.

[2] Shi L, Multifunctional solar chimney: from idea to practice, Elsevier, 2025, ISBN: 978-0-443-33986-8

[3] 石龙，科技论文写作，中国科学技术大学出版社，2025, ISBN: 978-7-312-06387-9（中国科大“十四五”规划教材）

新闻报道：

[1] 新华网，守能源安全防线，筑绿色发展屏障，2026.

[2] 新华网，城市火灾风险评估指标体系让城市消防安全有了“精准导航”，2026.

[3] 新华网，绿色低碳建筑节能控制系统为城市发展注入“绿色动力”，2026.

[4] 新华网，Study warns climate change leads to more city fires，2025.

[5] 中国新闻网，气候变化与城市火灾如何关联影响？中国科学家领衔研究首次揭示，2025.

[6] 中国科学报，气候变暖导致全球城市火灾风险增加，2025.

[7] 每日邮报，Terrifying study predicts exactly how many people will DIE in fires caused by climate change by 2100，2025.

[8] ABC, Climate change is set to increase city fires around the world, according to new research， 2025.

[9] 新西兰科学媒体中心，City fires likely to increase with climate change – Expert Reaction，2025.

[10] 澳大利亚The Conversation, Fires used to terrify city residents. New research suggests climate change could see this fear return, 2025.

[11] Mirage, Climate Change May Revive City's Fire Fears: Study, 2025.