3[2]IBAR J P.Vibrated Gas Assist Molding:Its Benefits in Injection Molding[J].Plastic Engineering,1999,(9):51~53.
4[3]Y.K.Shen.The study on polymer melt front,gas front and sol layer in filling stage of gas-assisted injection molding[J],ht.Comm.HeatMass Transfer,2001,28(1):139~148.
5[4]Shih-Jung Liu,Yen-Shou Chen.The manufacturing of thermoplastic composite pars by water-assisted injection-molding technology[J].Composites:PartA,2004,35,171~180.
6[5]F.Yacoub,J.F.MacGregor*.Analysis and optimization of a polyurethane reaction injection molding (RIM) process using multivariate projection methods[J].Chemometrics and Intelligent Laboratory Systems 2003,65,17~33.
7[6]Yong Wang,Qin Zhang,Bing Na,Rongni Du,Qiang Fu*,Kaizhi Shen.Dependence of impact strength on the fracture propagation direction in dynamic packing injection molded PP/EPDM blends[J],Polymer,2003,44,4261~4271.
8[7]Bing Na,Qin Zhang,Qiang Fu*,Gong Zhang,Kaizi Shen,Super polyolefin blends achieved via dynamic packing injection molding:the morphology and mechanical properties of HDPE/EVA blends[J].Polymer,2002,43,7367~7376.
9[8]Bing Na,Qin Zhang,Yong Wang,Rongni Du,Qiang Fu*.Three-dimensional phase morphologies in HDPE/EVA blends obtained via dynamic injection packing molding[J],Polymer,2003,44,5737~5747.
10[9]Bing Na,Ke Wang,Qin Zhang,Rongni Du,Qiang Fu*,Tensile properties in the oriented blends of high-density polyethylene and isotactic polypropylene obtained by dynamic packing injection molding[J].Polymer,2005,46,3190~3198