[1]刘俊吉,史宇文,宋世谟,溶液结晶第3亚稳区的测定及理论分析,化工学报,1994,45,288-292
[2]刘俊吉,史宇文,曹宏斌,孙良锋,宋世谟,加压下二元液体混合物的过热极限,化工学报,1997,48,8-15
[3]Junji Liu, Ulf Messow, Diffusion-Controlled adsorption kinetics at air/solution interface, Colloid &Polymer Sci. 2000,278(2):124-129
[4]Junji Liu, Ulf Messow and Peter Br?uer, Remarks on Ward-Tordai-Equation, Chem. Tech., 2002,53(1):23-28
[5]Junji Liu, Chuangye Wang, Ulf Messow, Diffusion-Controlled Adsorption Kinetics at Air/Solution Surface studied by Maximum Bubble Pressure Method,Chinese J. Chem. Eng., 2004,12(4):577-581
[6]Junji Liu, Chuangye Wang, Ulf Messow, Adsorption Kinetics at Air/Solution Interface studied by Maximum Bubble Pressure Method,Colloid &Polymer Sci. 2004,283:139 - 144
[7]Junji Liu, Chuangye Wang, Diffusion-Controlled Adsorption Kinetics of Triton X-100 at Air/Solution Interface, Transaction of Tianjin University, 2004, 10(3):214 -216
[8]Junji Liu, Caihong Zhang, Cui Yang, Ulf Messow, Adsorption Kinetics of Octanonyl-N-Methylglucamide at Air/Solution Interface,Colloid Journal. 2005,67(3):337 – 340
[9]Junji Liu, Cui Yang, Caihong Zhang, Ulf Messow, Theory of Diffusion-Controlled Adsorption Kinetics at the Expanding Planar Surface with a Constant Area Rate,Colloid &Polymer Sci. 2005,284(1):92-96
[10]Junji Liu, Yu Zhang,Guoting Li,Adsorption Kinetics of Decanoyl-N-Methylglucamine at the Expanding Spherical Surface,Chinese J. Chem. Eng., 2005,13(6):736-740
[11]Junji Liu, Ying Zhang,Diffusion-controlled adsorption kinetics of aqueous submicellar and micellar solution at air/solution interface in the limit of short time,Korean J. Chem. Eng., 2006, 23 (5): 699-703
[12]Junji Liu,Pingli Li, Cangmin Li, Yumei Wang, Diffusion-controlled adsorption kinetics of aqueous micellar solution at air/Solution interface, Colloid &Polymer Sci. 2009,287:1083-1088