JanusStudy on Surface Modification of particles and their Compatibilizing properties to blend Polymers

Yuxin Liu

Abstract


In this paper, the snowmanSio2.@ Pdvb JanusParticles as template,Through surface modification, different surface propertiesJanusParticle,Included inSio2.Introduction of Polybutadiene into the hemisphere(PBD)With polyisoprene(PI ),To increaseSio2.@ Pdvb JanusInorganic in particlesSio2.Hemispheric affinity for Polymer Matrix.Will then be modified before and afterJanusParticles dispersed into Polystyrene(PS )/Butadiene Rubber(PBD)And Polystyrene(PS )/Isoprene rubber(PI)In the blend system,Inspected the differentJanusEFFECT OF PARTICLES ON PHASE STRUCTURE OF BLENDS.Found the result,With unmodifiedJanusParticle comparison,Introduction of polymer brushJanusParticles can improve the interface Compatibilizing Effect more effectively,Kinetics of inhibiting PHASE SEPARATION OF BLENDS.


Keywords


JanusParticle,Surface Modification,Zengrong,Polymer Blends

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References


[1]Liang F, Liu J, Zhang C, Qu X, Li J, Yang Z.Chem community, 2011, 47: 1231-1233

[2]Walther A, Müller Ashe.Chem Rev, 2013,113: 5194-5261

[3]Deng R, Liang F, Zhu J, Yang Z.Mater chem front, 2017, 1: 431-443

[4]Chen Y Liu twig u & Z By the X Liang F Yang twig u & Z.Chem Asian J2016 11: 1785-1788

[5]Yang Q Loos K.Polym Chem2017 8: 641-654

[6]Liang F x Yang twig u & Z.ACTA Polym Sin2017 6: 1-10 (. Chinese )[Beam FuxinYang zhen zhong.Polymer Journal2017 6: 1-10]

[7]Liu Y Liang F Wang Q By the X Yang twig u & Z.Chem Commun2015 51: 3562-3565

[8][Twig u & Z Liang F Zhang G Ji x Wang Q By the X Song x Yang twig u & Z.Macromolecules2015 48: 3598-3603

[9]B Zhu L.Macromolecules2009 42: 9369-9383

[10]Liu Z [R Xu G Huang twig u & Z Yan LT.Nano Lett2014 14: 6910-6916

[11]Huang M Li twig u & Z [H.Soft Matter2012 8: 6834-6845

[12]Huang M [H.Soft Matter2013 9: 7356-7368

[13]Nie H Zhang C Liu Y He.Macromolecules2016 49: 2238-2244

[14]Bryson kc l o bling ti m u ller AHE Russell TP Hayward RC.Macromolecules2015 48: 4220-4227

[15]Bahrami r l o bling TI Gr o schel AH. Realize h m u ller AHE altstädt V.ACS nano2014 8: 10048-10056

[16]Wang H Dong W Li Y.ACS Macro Lett2015 4: 1398-1403

[17]Wang H Fu twig u & Z Dong W Li Y Li J.J Phys Chem B2016,120: 9240-9252

[18]Sun Y Liang F by the X Wang Q Yang twig u & Z.Macromolecules2015 48: 2715-2722

[19]Tang C Zhang C sun Y Liang F Wang Q Li J By the X Yang twig u & Z.Macromolecules2012 46: 188-193

[20]Perrier S.Macromolecules2006 39: 8603-8608

[21]Mao s twig u & Z Wang d h.ACTA Polym Sin1990 2: 111-114 (. Chinese )[Mao JaneKing Edward's.Polymer Journal1990 2: 111-114]


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