4Goldsmith H L and Manson S G:The Flow of Suspensions through Tubes,J.Colloid Science,1962,17,448～476.
5Segre G and Silberberg A:J.Fluid Mech 1962,14,115.
6Oliver D R:Nature,1962,194,1269.
7Burger E D and Perkins T K:Studies of Wax Deposition in the Trans-Alaska Pipeline,Journal of Petroleum Technology,1981,1075～1086.
8Hamouda A A and Ravny J M:Prediction of Wax Deposition in Pipelines and Field Experience on the Influence of Waxon Drag-Reducer Performance,OTC 7060,the 24 th AnnualOTC,Houston,Texas,1992,669～679.
9Hsu J J C and Santamaria M M:Wax Deposition of Waxy ive Crude Under Turbulent Flow Conditions,SPE 28480,the SPE 69 th Annual Technical Conference and Exhibition,New Orleans,LA.,U.S.A.,1994,179～191.
10Brown T S,Niesen V G and Erickson D D:Measurement and Prediction of the Kinetics of Paraffin Deposition,SPE 26548,the 68 th Annual Technical Conference and Exhibition,Houston,Texas,1993,353～368.
6Hennessy A J, Neville A, Roborts K J. An examination of addi- tivemediated wax nucleation in oil pipeline environments [ J]. J Crystal Growth, 1999, (198/199) :830 -937.
7Marie E, Chevalier Y, Eydoux F, et al. Control of n - alkanes crystallization by ethylene - vinyl acetate copolymers [ J].J Co//o/d Interface Sc/,2005,290(2) :406 -418.
8Malcolm R, Davidson Q, Dzuy Nguyen, et al. A model for restart of a pipeline with compressible gelled waxy crude oil [J]. Non- Newtonian Fluid Mech, 2004,123: 269-280.
