SYNTHESIS OF POLYIONENE BONDED MAGNETIC CORE-SHELL NANOPARTICLE (FE3O4@SIO2) AS A NOVEL MAGNETIC STAR-SHAPED POLYMER

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DEZFOOLI NEZHAD ELHAM; GHODRATI KEIVAN

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Seminar Paper

Paper Information

Seminar: IRANIAN INORGANIC CHEMISTRY CONFERENCE
Year:2014 | Issue:16

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Title

SYNTHESIS OF POLYIONENE BONDED MAGNETIC CORE-SHELL NANOPARTICLE (FE3O4@SIO2) AS A NOVEL MAGNETIC STAR-SHAPED POLYMER

Author(s)

DEZFOOLI NEZHAD ELHAM | GHODRATI KEIVAN | Issue Writer Certificate

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Abstract

STAR-SHAPED POLYMERS ARE THE SIMPLEST CLASS OF BRANCHED POLYMERS WITH A GENERAL STRUCTURE CONSISTING OF SEVERAL (MORE THAN THREE) LINEAR CHAINS CONNECTED TO A CENTRAL CORE [1]. THE CORE, OR THE CENTER OF THE POLYMER CAN BE AN ATOM, MOLECULE, OR MACROMOLECULE; THE CHAINS, OR ―ARMS‖, CONSIST OF VARIABLE-LENGTH ORGANIC CHAINS. STAR-SHAPED POLYMERS IN WHICH THE ARMS ARE ALL EQUIVALENT IN LENGTH AND STRUCTURE ARE CONSIDERED HOMOGENEOUS, AND ONES WITH VARIABLE LENGTHS AND STRUCTURES ARE CONSIDERED HETEROGENEOUS.STAR-SHAPED POLYMERS' UNIQUE SHAPE AND ASSOCIATED PROPERTIES, SUCH AS THEIR COMPACT STRUCTURE, HIGH ARM DENSITY, EFFICIENT SYNTHETIC ROUTES, AND UNIQUE RHEOLOGICAL PROPERTIES MAKE THEM PROMISING TOOLS FOR USE IN DRUG DELIVERY [2], BIOMEDICAL APPLICATIONS [3].

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