JIANG Liqiao is a professor of combustion and thermal fluid Lab of GIEC, his professional activity has been in the field of laser diagnostics of combustion and clean combustion of alternative fuels. He received the B.S. degree in Internal Combustion Engines from Xi’an Jiaotong University in 1997, M.S. degree in Thermal Engineering from GIEC of CAS in 2001 and Ph.D. degree in Thermal Engineering from University of Science and Technology of China in 2008.

As principal investigator and key contributor, he has led over 10 national and regional scientific research projects. Author of more than 80 academic publications and holder of nearly 20 authorized Chinese invention patents.

Selected Publications

1. Liqiao Jiang*, Haihang Su. Experimental study on chemiluminescence characteristics of ammonia/ methane partially premixed swirling flames. Journal of the Energy Institute 124 (2026) 102336

2. Liqiao Jiang*, Yuxuan Wu, Guangzhao Zhou, Xing Li. Experimental study on the instability characteristics of CO₂-diluted n-butane/air cellular flames on McKenna burner. Experimental Thermal and Fluid Science 143 (2023) 110846

3. Liqiao Jiang*, Guangzhao zhou, Jiepeng Huo, Chen Gu, Xiaoli Chen. Experimental study on hydrodynamic instability characteristics of N2-diluted n-C4H10/air flat flames. Flow, Turbulence and Combustion 108 (2022) 1115–37

4. Liqiao Jiang*, Cheng Gu, Guangzhao Zhou, Fan Li, Qianlong Wang. Cellular instabilities of n-butane/air flat flames probing by PLIF-OH and PLIF-CH2O laser diagnosis. Experimental Thermal and Fluid Science 118 (2020) 110155

5. Guangzhao Zhou, Liqiao Jiang*, Cheng Gu, Xiaohan Wang, Weibin Yang, Daiqing Zhao. Experimental investigation on ignition and combustion characteristics of n-butane/air mixture by a glow plug in a miniature chamber. Fuel 274 (2020) 117857

· Optical and laser diagnostics of combustion fields

· Clean combustion of alternative fuels

· Novel concept combustion

1. Guangdong Basic and Applied Basic Research Foundation Regional Joint Fund (Key Project): Study on Fundamental Combustion Characteristics and Key Control Technologies of Hydrogen-Rich Low-Carbon Fuels, 2022.10–2025.09, 2022B1515120047,1.0 million Yuan, Principal Investigator

2. Special Fund for Improving Research Conditions in CAS Institutions (Functional Upgrade): 3D Laser Diagnostics Platform for Combustion Fields, 2023.1–2024.12, GSZXKYZB2023027, 2.5 million Yuan, Principal Investigator

3. Sub-project of the National Key R&D Program "Government-to-Government S&T Innovation Cooperation" Key Project: Investigation on Combustion Characteristics of Flexible Fuel Burners for Gas Turbines, 2017.1–2019.12, 2016YFE0127500-2, 1.02 million Yuan, Principal Investigator

4. Sub-project of the 973 Program Project: Mechanism and Control of Rapid Ignition in Micro-scale Spaces, 2014.1–2018.8, 2014CB239602-2, 1.48 million Yuan, Principal Investigator

5. Guangdong Science and Technology Planning Project: Development of Multi-Parameter Laser Measurement Technologies for High-Performance Combustion Equipment, 2016.1–2018.12, 2016A0404030950, 0.3 million Yuan, Principal Investigator