汤成龙
电子邮箱：
所在单位：能源与动力工程学院
学历：硕博连读
办公地点：
性别：男
联系方式：
学位：博士
职称：教授
博士生导师：是
硕士生导师：是
学科：动力工程及工程热物理
论文成果
- . Liu X , Zeng GW , Yao XX , Tang CL* , Huang ZH . Microscopic characteristics study of liquid ammonia spray under different flash boiling conditions , FUEL , 2025 , 401
- . Dias GS* , Mota FAD , Yao XX , Fei LH , Tang CL* , Costa ND . Atomization of highly reactive simulant with Hydrogen Peroxide by a liquid-liquid pintle injector , ACTA Astronautica , 2025 , Issue 233 : 266-276
- . Fei LH , Zhu W , Zhang YY , Zhang P , Huang ZH , Tang CL* . Evaporation of sub-millimeter flying dinitrogen tetroxide droplet under high temperature and pressure: Experimental measurement and theoretical modeling , Chinese Journal of Aeronautics , 2025 , Volume 38, Issue 5
- . Jiang JW , Fei LH , Song YX , Huang ZH , Tang CL* . Hypergolic Ignition Behaviors and Propulsive Performance of a Mixture of [AMIm][DCA] with Methanol, Ethanol, and n-Propanol Reacting with White Fuming Nitric Acid , ACS OMEGA , 2025 , Volume 10, Issue 16 : 16548-16558
- . Ge RH , Yin GY , Hu EJ , Shen SJ , Zhan HC , Tang, CL* , Huang ZH . Effect of ignition timing on the combustion characteristics of liquid ammonia spray in a lean premixed H2/Air , Combustion and Flame , 2025 , Issue 274
- . Song YX , Huang ZH , Tang CL* . Hypergolic droplet-film interaction dynamics at high temperatures , Droplet , 2025
- . Fu H , Jiang JW , Li Y , Liu CS , Tang CL* . Liquid film behavior upon an oblique jet impinging on a solid wall , Phys Fluids , 2025 , Volume 37, Issue 3
- . Mohsen AAA, Song YX, Tang CL*, Huang ZH . Dynamics of droplet impact on a rotating surface with different contact angles , Phys Fluids , 2024 , Volume 36, Issue 12
- . Mota FAS* , Dias GS , Fei LH , Zhang YJ , Wei YJ , Tang CL* , Zhang P . Characterizing Hypergolic Propellants Using Impinging Jets and Droplets in Acoustic Levitation , J Propulsion and Power , 2025
- . Yao XX, Wang Z, Liu X, Huang ZH, Law CK, Tang CL* . Near-field spray tip characteristic of iso-octane/diethyl ether blends as ppromising GCI fuels , Atomization and Sprays , 2025 , Volume 35, Issue 2 : 49-68
