PERFORMANCE IMPROVEMENT OF POLYMERS BY THE ADDITION OF GRAFTED NANO-INORGANIC PARTICLES*

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PERFORMANCE IMPROVEMENT OF POLYMERS BY THE ADDITION OF GRAFTED NANO-INORGANIC PARTICLES*

Papers | Updated：2021-06-21

- PERFORMANCE IMPROVEMENT OF POLYMERS BY THE ADDITION OF GRAFTED NANO-INORGANIC PARTICLES*
- Vol. 21, Issue 6, Pages: 587-602(2003)
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- Published：20 December 2003
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PERFORMANCE IMPROVEMENT OF POLYMERS BY THE ADDITION OF GRAFTED NANO-INORGANIC PARTICLES*[J]. 2003, 21(6): 587-602.
DOI：

PERFORMANCE IMPROVEMENT OF POLYMERS BY THE ADDITION OF GRAFTED NANO-INORGANIC PARTICLES*[J]. 2003, 21(6): 587-602. DOI：

摘要

An irradiation grafting method was applied for the modification of nanoparticles so that the latter can be added topolymeric materials for improving their mechanical performance using existing compounding techniques. The followingitems are discussed in this paper: (a) chemical interaction between the grafting monomers and the nanoparticles duringirradiation

(b) properties including modulus

yield strength

impact strength and fracture toughness of the resultantcomposites

and (c) possible morphological changes induced by the addition of nanoparticles.Through irradiation grafting polymerization

nanoparticle agglomerates turn into a nano-composite microstructure(comprised of the nanoparticles and the grafted

homopolymerized secondary polymer)

which in turn builds up a strong interfacial interaction with the surrounding

primary polymeric matrix during the subsequent mixing procedure.Due to the fact that different grafting polymers brought about different nanoparticle/matrix interfacial features

microstructures and properties of the ultimate composites could thus be tailored.It was found that the reinforcing and toughening effects of the nanoparticles on the polymer matrix can be fully brought into play at a rather low filler loading in comparison to conventional particulate filled composites.

Abstract

(b) properties including modulus

yield strength

impact strength and fracture toughness of the resultantcomposites

and (c) possible morphological changes induced by the addition of nanoparticles.Through irradiation grafting polymerization

nanoparticle agglomerates turn into a nano-composite microstructure(comprised of the nanoparticles and the grafted

homopolymerized secondary polymer)

which in turn builds up a strong interfacial interaction with the surrounding

primary polymeric matrix during the subsequent mixing procedure.Due to the fact that different grafting polymers brought about different nanoparticle/matrix interfacial features

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