Direction 01 · 张欣 / 刘博文 / 薄瑞
极限燃烧技术
面向超临界与近临界极端条件,开展碳氢燃料、含氧燃料及氢氨燃料的氧化实验与真实流体计算,揭示高压下反应路径、点火与火焰结构演化规律,并发展适用于超临界条件的详细化学动力学与输运模型。
同时围绕锂电池热失控机理,结合电解液氧化动力学与热/气体演化分析,为高安全储能系统提供基础数据支撑。
相关文献
- X. Zhang, H. Zhao, A physics-driven statistical mechanics framework for many-body thermodynamic and transport property computation, Combust. Flame 287 (2026) 114917.
- B. Liu, R. Bo, H. Zhao, Kinetic study of ozone-sensitized low-and high-temperature oxidation of dimethyl carbonate, Proc. Combust. Inst. 41 (2025) 105788.
- B. Liu, Y. Guo, R. Bo, S. Guo, H. Zhao, Kinetic studies of the mutual oxidation of dimethyl carbonate and ethylene in a jet stirred reactor, Combust. Flame 283 (2026) 114556.
- H. Zhao et al., Studies of low and intermediate temperature oxidation of propane up to 100 atm in a supercritical-pressure jet-stirred reactor, Proc. Combust. Inst. 39 (2023) 2715-2723.