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5篇 您的检索式：作者名="Sara Filippi"

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		题名	作者	年代	出处	被引量
	1	Effectiveness of Sodium Chloride --Based Anti--Icing Filler in Asphalt Mixture显示文摘	Felice Giuliani Filippo Merusi Giovanni Polacco Sara Filippi Massimo Paci	2012	Con- struction and Building Materials2012，，：	1
	2	Internal structure and linear viscoelastic properties of EVA/asphalt nanocomposites显示文摘	Markanday Subramanian Sureshkumar Sara Filippi Giovanni Polacco Igor Kazatchkov Jiri Stastna Ludovit Zanzotto	2010	European Polymer Journal2010，，4：	1
	3	Effects of polymer modification on the fuel resistance of asphalt binders显示文摘	Felice Giuliani Filippo Merusi Sara Filippi Dario Biondi Maria Letizia Finocchiaro Giovanni Polacco	2008	Fuel2008，，9：	1
	4	Kerosene-Resistant Asphalt Binders Based on Non- conventional Modification显示文摘	Filippo Merusi Felice Giuliani Sara Filippi	2011	Journal of Transporta- tion Engineering2011，，12：	1
	5	XRD study of intercalation in statically annealed composites of ethylene copolymers and organically modified montmorillonites.2.One-tailed organoclays显示文摘Ethylene copolymers with different polar comonomers,such as vinyl acetate,methyl acrylate,glycidyl methacrylate,and maleic anhydride,were used for the preparation of polymer/clay nanocomposites by statically annealing their mechanical mixtures with different commercial or home-made organically modified montmorillonites containing only one long alkyl tail.The nanostructure of the products was monitored by X-ray diffraction,and the dispersion of the silicate particles within the polymer matrix was qualitatively evaluated through microscopic analyses.The effect of the preparation conditions on the structure and the morphology of the composites was also addressed through the characterization of selected samples with similar composition prepared by melt compounding.In agreement with the findings reported in a previous paper for the composites filled with two-tailed organoclays,intercalation of the copolymer chains within the tighter galleries of the one-tailed clays occurs easily,independent of the application of a mechanical stress.However,the shear-driven break-up of the intercalated clay particles into smaller platelets(exfoliation)seems more hindered.A collapse of the organoclay interlayer spacing was only observed clearly for a commercial one-tailed organoclay-Cloisite®30B–whereas the same effect was almost negligible for a home-made organoclay with similar structure.	Sara Filippi Giovanni Polacco	2014	International Journal of Smart and Nano Materials2014，5，1：	0

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