香港科技大学高平教授
2009-07-29 来源:中国聚合物网
27.C.K. Chan, C. Whitehouse, P. Gao, and C.K. Chai (2001). “Flow induced chain alignment and disengagement as the viscosity reduction mechanism within TLCP/HDPE blends”. Polymer 42, 7847-7856.
28.P. Gao, K. B. SU, Yanling Ward and L. T. Weng (2000). “Effects of chemical composition and thermal stability of finishes on the compatibility between glass fibres and high melting temperature thermoplastics”. Polymer Composite, 21. 312-321.
29.C. Whitehouse, M.L. Liu and P. Gao (1999). “Forming Porous Nascent UHMWPE Structures by Mineral Oil Substitution for Toxic Solvents and Process Change”. Advances in Environmental Research, 3 (1999) 243-254.
30.C. Whitehouse, M.L. Liu and P. Gao (1999). “Cold Extrusion and In Situ Formation of Self-Blends of UHMWPE Part I. Processability and Thermal Characterization”. Polymer, 40, 1421-1431.
31.Chan Chi Kwong, C. Whitehouse and P. Gao (1999). “The effect of TLCP melt structure on the bulk viscosity of high molecular mass polyethylene”. Polymer Engineering Science, 39, 1353-1364.
32.P. Gao, M.R. Mackley and F.D. Zhao (1999), “ The Deformation and Break-up of Thermotropic Liquid Crystalline Polymer Droplets in a Molten Polypropylene Matrix”. Journal of Non‑Newtonian Fluid Mechanics. 80. 199-216.
33.C. Whitehouse M.L. Liu, and P. Gao (1999). “In situ formation and processing of ultra high molecular weight polyethylene blends into precusors for high strength and stiffness fibres”. Polymer Engineering and Science, 39, 904-920.
34.M.R. Mackley, S. Wannaborwon, P. Gao and F.Zhao, (1999). “The Optical Microscopy of Sheared Liquids Using a Newly Developed Optical Stage”. Microscopy and Analysis, January 1999.
35.Whitehouse C., Lu X.H. Gao P. and Chai C.K., (1997). “The Viscosity Reducing Effects of Very Low Concentrations of a Thermotropic Copolyester in a Matrix of HDPE”, Polymer Engineering and Science 37 (12): 1944-1958.