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Fuel. 2024, 356: (SCI收录,检索号:001156262500001) [5] Zechang Liu, Xu He*, Guangyuan Feng, Chengyuan Zhao, Xiaoran Zhou, Zhi Wang, Qingchu Chen. Comprehensive analysis of toluene/ammonia-air premixed flame: Experimental and kinetic perspectives on laminar burning velocity [J]. Fuel. 2024, 367: (SCI收录,检索号:001222282000001) [6] Zechang Liu, Xu He*, Guangyuan Feng, Chengyuan Zhao, Xiaoran Zhou, Zhi Wang, Qingchu Chen. Development of a skeletal chemical kinetic mechanism for TRF/ NH3 combustion [J]. Fuel. 2024, 372: (SCI收录,检索号:001255280800001) [7] Zechang Liu, Xu He*, Guangyuan Feng, Chengyuan Zhao, Xiaoran Zhou, Zhi Wang, Qingchu Chen. Effect of C-N cross-reactions on combustion dynamics in ammonia binary blends [J]. Fuel. 2024, 373: (SCI收录,检索号:001358543700001) [8] Zechang Liu, Xu He*, Guangyuan Feng, Chengyuan Zhao, Xiaoran Zhou, Zhi Wang, Qingchu Chen. Experimental and kinetic study on the laminar burning velocity of TRF/ NH3-air premixed flame at elevated pressure [J]. Fuel. 2024, 366: (SCI收录,检索号:001208778400001) [9] Zechang Liu, Xu He*, Guangyuan Feng, Chengyuan Zhao, Xiaoran Zhou, Zhi Wang, Qingchu Chen. Chemical kinetic study of gasoline surrogate with ammonia on combustion: Iso-octane modeling [J]. Fuel. 2024, 365: (SCI收录,检索号:001188500900001) [10] Xu He, Chengyuan Zhao, Guangyuan Feng, Xiaoran Zhou, Zechang Liu *, Zhi Wang, Qingchu Chen. Comprehensive analysis of laminar burning velocity in DEK/NH3-air premixed flames under varied pressure conditions [J]. Fuel. 2024, 378: (SCI收录,检索号:001301988800001) [11] Xu He, Qi Xiang *, Jingyang Jia, Zhiwei Zhang, Jiaqi Yan, Yabei Xu, Dongping Chen. Effect of Methyl Butyrate blending on soot formation in Jet A laminar diffusion flame [J]. Fuel. 2024, 376: (SCI收录,检索号:001289583100001) [12] Xu He, Qi Xiang *, Jingyang Jia, Jiaqi Yan, Zhiwei Zhang, Yabei Xu, Dongping Chen. Experimental and kinetic investigation on soot formation in laminar diffusion flame of Jet A/butanol blends [J]. Journal of the Energy Institute. 2024, 116: (SCI收录,检索号:001291825000001) [13] Xu He,Qi Xiang *,Jingyang Jia,Panhong Wang,Jiaqi Yan,Yabei Xu,Dongping Chen. Effects of ethanol addition on soot formation in co-flow Jet A diffusion flame [J]. Journal of the Energy Institute. 2024, 113: (SCI收录,检索号:001180820700001) [14] Xu He, Jingyang Jia*, Qi Xiang, Zhiwei Zhang, Dongping Chen. Effects of carbon dioxide addition on soot dynamics in ethylene/air inverse diffusion flames: An experimental and computational analysis [J]. Journal of the Energy Institute. 2024, 117: (SCI收录,检索号:001352204000001) [15] Guangyuan Feng, Qing Yang, Zechang Liu, Zhenghui Jiang, Chengyuan Zhao, Kun Wang, Andres Fuentes, Dongping Chen, Xu He*. Study of combustion characteristics of linear carbonates (DMC/DEC/EMC) and cyclic carbonate (EC): Laminar burning velocity and chemical reaction kinetics modeling [J]. Fuel. 2024, 363: (SCI收录,检索号:001169131900001) [16] Jin Zhao, Luxin Fu, Haoyu Ding, Bing Bai, Dapeng Zhang, Jun Liu, Xu He*. Numerical simulation of working process and gas-liquid interaction mechanism of air assisted nozzle [J]. International Journal of Multiphase Flow. 2023, 164: (SCI收录,检索号:000971973000001) [17] Jin Zhao, Haoyu Ding, Luxin Fu, Bing Bai, Dapeng Zhang, Jun Liu, Xu He*. Energy analysis and research on injection control parameter influence mechanism of air assisted spray system [J]. Fuel. 2023, 346: (SCI收录,检索号:000982474200001) [18] Xu He, Kai Xu *, Yuxuan Xu, Zhao Zhang, Wei Wei. Effects of nozzle diameter on the characteristic time scales of diesel spray two-stage ignition under cold-start conditions [J]. Fuel. 2023, 335: (SCI收录,检索号:000913011900001) [19] Xu He, Kai Xu *, Ya-Long Liu, Zhao Zhang, He Zhang, Jin Zhao. Effects of ambient density and injection pressure on ignition and combustion characteristics in diesel spray under plateau cold-start conditions [J]. Fuel. 2023, 352: (SCI收录,检索号:001024758300001) [20] Xu He, Zechang Liu *, Houshi Jiang, Qing Yang, Zhenghui Jiang, Guangyuan Feng, Chengyuan Zhao. Super adiabatic flame temperature phenomenon for NH3/O2/N2 mixtures [J]. Fuel. 2023, 346: (SCI收录,检索号:000981296500001) [21] Xu He, Zechang Liu *, Houshi Jiang, Fengshan Liu, Qing Yang, Zhenghui Jiang, Guangyuan Feng. The reduction in laminar burning velocity and Markstein length extrapolation uncertainty for TRF-air mixtures [J]. Fuel. 2023, 335: (SCI收录,检索号:000897607100007) [22] Guangyuan Feng, Qing Yang , Zechang Liu ,Zhenghui Jiang, Chengyuan Zhao, Houshi Jiang, Andres Fuentes, Dongping Chen, Xu He *. The influence of methyl butyrate and n-butanol on the laminar burning characteristics of RP-3: An experimental and kinetic modeling study [J]. Fuel. 2023, 349: (SCI收录,检索号:001011373700001) [23] Haoyu Ding, Jin Zhao, Zhenyu Zhang, Kai Xu, Luxin Fu, Xu He*. A numerical study on the interaction of droplet collisions and air flow impact in cross-impinging spray [J]. Energy. 2023, 277: (SCI收录,检索号:001005391500001) [24] Xu He, Yang Zhou, Zechang Liu, Qing Yang, Magnus Sjoberg *, Vuilleumier David, Ding Carl-Philipp, Liu Fushui. Impact of coolant temperature on the combustion characteristics and emissions of a stratified-charge direct-injection spark-ignition engine fueled with E30 [J]. Fuel. 2022, 309: (SCI收录,检索号:000710497300003) [25] Liu Fushui, Liu Zechang, Sang Zheng, He Xu *, Liu Fengshan, Liu Cong, Xu Yuxuan.A numerical and comparative study of the laminar combustion characteristics and kinetics of dimethyl ether and ethanol flames at elevated temperature [J]. Fuel. 2021, 284: (SCI收录,检索号:000586954400023) [26] Qing Yang, Zechang Liu, Xinghe Hou, Xu He *, Magnus Sjöberg, David Vuilleumier, Cong Liu, Fushui Liu. Measurements of laminar flame speeds and flame instability analysis of E30-air premixed flames at elevated temperatures and pressures [J]. Fuel. 2020, 259: (SCI收录,检索号:000489332600058) [27] Fushui Liu, Zechang Liu, Zheng Sang, Xu He *, Magnus Sjöberg, David Vuilleumier, Cong Liu, Xiongwei Li. Numerical study and cellular instability analysis of E30-air mixtures at elevated temperatures and pressures [J]. Fuel. 2020, 271: (SCI收录,检索号:000522876500064) [28] Fushui Liu, Zechang Liu, Zheng Sang, Xu He *, Fengshan Liu, Cong Liu, Yuxuan Xu. Kinetic study of the effects of hydrogen blending to toluene reference fuel (TRF)/air mixtures on laminar burning velocity and flame structure [J]. Fuel. 2020, 274: (SCI收录,检索号:000530710600036) [29] Xu He, Yankai Li, Cong Liu, Magnus Sjöberg, David Vuilleumier, Fushui Liu, Qing Yang *. Characteristics of spray and wall wetting under flash-boiling and non-flashing conditions at varying ambient pressures [J]. Fuel. 2020, 264: (SCI收录,检索号:000505667000024) [30] Xu He, Haitao Feng, Zechang Liu, Hongnan Wang, Xiongwei Li, Fanming Zeng, Fengshan Liu, Fushui Liu *. Numerical simulation of the evaporation characteristics of a dimethyl ether droplet in supercritical environment [J]. Fuel. 2020, 267: (SCI收录,检索号:000514171800087) [31] Xu He, Yankai Li, Magnus Sjöberg*, David Vuilleumier, Carl-Philipp Ding, Fushui Liu, Xiangrong Li.Impact of coolant temperature on piston wall-wetting and smoke generation in a stratified-charge DISI engine operated on E30 fuel [J]. Proceedings of the Combustion Institute. 2019, 37: 4955-4963. (SCI收录,检索号:000457095600072) [32] Xu He, Xinghe Hou, Qing Yang, Xiqun Ma, Guohong Tian, Fushui Liu *. Study of laminar combustion characteristics of gasoline surrogate fuel-hydrogen-air premixed flames [J]. International Journal of Hydrogen Energy. 2019, 44: 13910-13922. 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ASME-ICEF2013-19104, Detroit, 2013,10. (EI收录,检索号: 20142517850808) [32] 何旭*,郑 亮,赵陆明,李红梅,王建昕.生物柴油喷雾着火和燃烧特性试验研究.内燃机工程.2012,33(5):41-45(EI收录,检索号: 20124615671323) [33] 何 旭*,戴钰杰,郑 亮,齐运亮,王建昕.二维消光法在乙烯火焰碳烟浓度测量中的应用.中国电机工程学报.2012,32(26):57-64(EI收录,检索号: 20124415631352) [34] 赵陆明,何 旭*,郑 亮,王建昕,刘福水.高喷射压力下生物柴油喷雾特性试验与仿真.农业机械学报.2012,43(9):6-10(EI收录,检索号: 20124515645233) [35] 何 旭*,李红梅,郑 亮,齐运亮,王建昕.激光诱导炽光技术测试过程的数值模拟.永利官网学报.2012,32(10):1048-1053(EI收录,检索号: 20130115869076) [36] 何 旭*,马 骁,齐运亮,王建昕.乙醇柴油混合燃料碳烟特性可视化研究.工程热物理学报.2010,31(12):2141-2144(EI收录,检索号: 20110113542857) [37] 何 旭*,马 骁,吴复甲,王建昕.基于激光诊断的生物柴油碳烟生成特性研究.内燃机工程.2009,30(1):1-5(EI收录,检索号: 20091912078236) [38] 何 旭*,马 骁,吴复甲,王建昕.生物柴油碳烟特性的可视化研究.内燃机工程.2009,30(2):1-5(EI收录,检索号: 20091011946744) [39] 何 旭*, 马 骁, 王建昕.用激光诱导炽光法定量测量火焰中的碳烟浓度.燃烧科学与技术.2009,15(4):344-349(EI收录,检索号: 20093712304958) [40] XU HE *u*, LIU Wei-guo, GAO Xi-yan, LIAO Chun-ming, YANG De-sheng. Computational and experimental study on TR combustion system of diesel. Journal of Dalian University of Technology.2008,48(2):185-191. (EI收录,检索号:082011255991) [41] Xu He*, Xiao Ma, Fujia Wu, Jianxin Wang, Shijin Shuai. Investigation of Soot Formation in Laminar Diesel Diffusion Flame by Two-color Laser Induced Incandescence. SAE 2008-01-1064, Detroit, 2008,4. (EI收录,检索号: 20122815242492) [42] 王丽雯, 何 旭*, 王建昕, 安新亮.用双色法研究汽油机燃烧火焰的温度分布.燃烧科学与技术.2007,13(4):293-298.(EI收录,检索号: 074110859684) [43] 何 旭*,刘卫国,高希彦,廖春明,杨德胜.柴油机TR燃烧系统的数值模拟.内燃机工程.2006,27(4):4-8 (EI收录,检索号: 20064210185103) [44] 何 旭*,刘卫国,高希彦,廖春明,杨德胜.TR燃烧系统混合气形成过程的数值模拟.燃烧科学与技术.2006,12(3):263-268(EI收录,检索号: 20063410082243) [45] 何 旭*,刘卫国,高希彦,廖春明,杨德胜,赵大文.直喷式柴油机燃油撞壁特性及混合气形成研究.内燃机工程.2006,27(2):11-14(EI收录,检索号: 2006249938279) [46] 何 旭*,高希彦,梁桂华,刘卫国,孙培岩.基于互相关算法的粒子图像测速技术.大连理工大学学报.2003,43(2):164-167. (EI收录,检索号: 7706537) 授权发明专利 [1] XuHe, XiaoMa, JianxinWang, FushuiLiu. SYNCHRONOUS CONTROL METHOD AND SYSTEM FOR LASER TEST OF OPTICAL ENGINE. US011630029B2 美国专利 [2] 何旭,桑正,刘泽昌,徐雨轩. 一种用于流场测试的PIV测试系统精度判断方法及装置.ZL202110698885.7 [3] 何旭,符璐鑫,苏帅,操天艺,杨青.一种带有附壁油滴剥离功能的夹气喷射装置.ZL202110032440.5 [4] 何旭,卢继华,叶宝霖,胡旭峰,赵柯,操天艺. 一种仿植物表皮气孔的复合型柔性机械手.ZL202011401233.4 [5] 何旭,马骁,王建昕,刘福水. 一种用于光学发动机激光测试的同步控制方法及系统.ZL202010419448.2 [6] 何旭, 冯海涛, 高永利, 刘福水, 李向荣. 一种超临界燃油喷射系统.ZL201721666950.3 [7] 何旭, 张成, 尚勇, 刘福水, 李向荣. 一种喷油器各喷孔均匀性的评价方法及测量装置.ZL201610208150.0 [8] 何旭, 张成, 尚勇, 李彦凯, 曾繁鸣, 刘福水. 一种用于定容燃烧弹内部不规则表面的保温装置.ZL201610936793.7 [9] 何旭, 靳森嘉, 尚勇, 李向荣, 刘福水. 一种可扩大光学发动机视场的方法.ZL201410035571.9 主持科研项目 [1] 2024-2027 国家自然科学基金 51万 液氨闪沸喷雾机理和着火燃烧特性 [2] 2024-2025 横向课题 600万 燃烧系统设计和开发 [3] 2023-2025 动力专项-专题 187.5万 喷雾燃烧高精度光学诊断 [4] 2023-2024 横向课题 70万 燃油系统喷雾及流量特性测试 [5] 2022-2023 横向课题 93.5万 丙酮蒸汽发生器设计与开发 [6] 2021-2022 横向课题 107万 燃烧平台燃烧器及控制系统 [7] 2020-2023 国家自然科学基金国际合作项目-专题 80万 航空燃料碳烟生成机理 [8] 2020-2023 国家自然科学基金 62万 低温冷起动燃烧和排放特性 [9] 2019-2020 横向课题 53万 液体燃烧器设计和开发 [10] 2019-2020 横向课题 31万 碳烟实验装置设计和开发 [11] 2018-2022 军委科技委基础加强项目-专题300万 着火临界边界条件和机理 [12] 2018-2020 国防基础产品创新项目-专题300万 冷起动燃烧特性研究 [13] 2017-2022 国防条件建设项目-专题 4000万 燃烧光学测试能力建设 [14] 2016-2017 永利官网基础研究项目 10万 低温燃烧污染物机理研究 [15] 2015-2018 国家自然科学基金 84万 超临界喷射和雾化机理研究 [16] 2011-2015 国防预研项目 50万 低空燃比燃烧技术研究 [17] 2009-2011 国家自然科学基金 24万 含氧燃料碳烟生成特性研究 [18] 2008-2009 中国博士后基金特等资助 10万 生物柴油碳烟生成特性研究 主持教改项目 [1] 内燃机性能测试虚拟仿真实验 国家虚拟仿真实验教学项目 [2] 内燃机性能虚拟仿真实验国际化课程建设 科技部国际合作教学项目 [3] 基于虚拟仿真实验的《内燃机原理》慕课建设与研究型教学模式探索 永利官网 [4] 新工科背景下的虚拟仿真实验教学团队培训的探索与实践 教育部产学合作协同育人项目 主持标准制定 [1] 《基于背光成像技术的液体燃料喷射特性测试方法》 国家标准 GB/T41770-2022 [2] 《基于相位多普勒技术的液体燃料雾化特性测试方法》 国家标准 GB/T 42680-2023 |