[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）

[2] 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：16.3)

[3] Zhou T, Liu DL*, Liu WJ, Li Y, Zhu SC, Wang JY, Shi L*, Hierarchical dynamic estimation of fire service accessibility based on POI big data, Case Studies in Thermal Engineering, 59 (2024) 104503. (影响因子：6.4)

[4] 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：10.1)

[5] Huang YB, Wang B, Shi L*, Zhong H*, Dong BY, Performance evaluation of solar chimney in tunnel for passive ventilation and smoke exhaustion: A numerical approach, Applied Thermal Engineering, (2024). (影响因子：6.1)

[6] Dong QC, Qi JC, Lu S, Shi L*, Synergistic effects of typical clean gaseous fire-extinguishing agents, Fire Safety Journal, (2024). (国际火灾协会会刊，影响因子：3.4)

[7] 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：10.1)

[8] 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：16.3)

[9] Song Y, Zou SK, Dong QC, Huang L, Song ZH, Yang H, Shi L*, A temperature-dependent fire risk assessment framework for solar photovoltaic station, Sustainable Energy Technologies and Assessments, 60 (2023) 103467. (影响因子：7.1)

[10] Dong QC, Song Y, Huang L, Song ZH, Zhou Y, Zou SK, Shi L*, Experimental study on the fire characteristics of opaque and transparent solar photovoltaic panels, Sustainable Energy Technologies and Assessments, 58 (2023) 103369. (影响因子：7.1)

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，ISBN：2025,978-7-312-06387-9（中国科大“十四五”规划教材）

新闻报道：

[1] 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.

[2] 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.

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

[4] 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.

[5] 中国科学报，气候变暖导致全球城市火灾风险增加，2025.

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

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

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

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

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