Publications

[1] Jiantao Li, Xiuying Yao*, Lu Liu, ChunxiLu*. Investigation on distribution of particles in inlet region of an FCC external catalyst cooler with different inlet structures. Powder Technology, 2020, 362:267-277.


[2] 李建涛, 姚秀颖*, 刘璐, 卢春喜*. 催化裂化外取热器入口区域催化剂分布及优化, 过程工程学报, 2020-01-14.


[3] 傅梦倩, 姚秀颖, 范怡平, 卢春喜. 双层喷嘴提升管进料区内气固流动特性的数值模拟. 过程工程学报, 2019-11-28


[4] 姚秀颖, 卢春喜. 催化裂化再生催化剂取热技术研究进展. 石油学报(石油加工). 2018; 02(02): 217-28.


[5] Xiuying Yao，Yongmin Zhang，Chunxi Lu，Dongsheng Wen，CFD investigation of gas-solids flow in a new fluidized catalyst cooler，Powder Technology，2016.12.01，304：108~119


[6] Xiuying Yao，Yongmin Zhang ，Chunxi Lu，Xiao Han，Investigation of the heat transfer intensification mechanism for a new fluidized catalyst cooler ，AIChE Journal，2015.8.01，61（8）：2415~2427


[7] Xiuying Yao，Yongmin Zhang ，Chunxi Lu ，Xiao Han，Systematic study on heat transfer and surface hydrodynamics of a vertical heat tube in a fluidized bed of FCC particles，AIChE Journal，2015.1.01，61（1）：68~83


[8] Xiuying Yao，Fuwei Sun，Yongmin Zhang ，Chunxi Lu，Experimental validation of a new heat transfer intensification method for FCC external catalyst coolers，Chemical Engineering and Processing，2014.1.01，75：19~30


[9] Xiuying Yao，Yanjun Guan，Jian Chang，Kai Zhang，Jianchun Jiang，Computational investigation of contraction behavior in a liquid-solid fluidized bed，Petroleum Science，2012.3.01，9（1）：93~99