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[21] 周超,【ScI通讯】effect of mixing sequence on phase morphology and mechanical properties in polyamide 6/butadiene(core)styrene acrylonitrile-g-maleic anhydride (shell) latex/organoclay ternary nanocomposites.joural of macromolecular science ,part B, physics,2015:1
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[22] 周超,[SCI]toughening polystyrene by core-shell rubber particles:analysis of the internal structure and properties.polymer&polymer composites,2015:1
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[23] 周超,[SCI]variation of core-shell structural particles and their toughening behavior in polyviylchloride PVC matrix.Journal Polymre Research,2015:1
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[24] 周超,【EI】新型冲击防护微凝胶的合成及应用性能研究.功能材料,2013:3
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[25] 周超,【SCI】Effects of Core-shell Particle Growth Manners onMorphologies and Properties of Poly(vinyl chloride)/(MethylM ethacrylate – Butadiene – Styrene ) Blends.Journal of Vinyl and Additive Technology,2016:1
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[26] 周超,【SCI】Micro-Gels for Impact Protection.Journal of Applied Polymer Science,2013:1
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[27] 周超,[SCI通讯]Toughening of PA6 nanocomposites by reactive Acrylonitrile–Butadiene–Styrene Core–Shell Rubber Particles.Polymer Composites,2014:1
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[28] 周超,[SCI通讯]Cavitation in hard/soft/hard three-layer core-shell structural rubber particles,.Journal of Polymer Research,2013:1
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[29] 周超,（学SCI）Independence of the brittle-ductile transition from the rubber particle size for impact-modified poly(vinyl chloride)..Journal of Polymer Science, Part B: Polymer Physics,2005:1
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[30] 周超,（博SCI）Toughening of polyvinylchloride by core-shell rubber particles: Influence of the internal structure of core-shell particles..European Polymer Journal,2007:1
