Controlling the kinetics of viscoelastic phase separation through self-assembly of spherical nanoparticles or block copolymers
Viscoelastic phase separation (VPS) can produce a network structure of the minor phase,
which needs to be stabilized for designing a heterogeneous structure with desired
mechanical and electrical functions. In this work, we investigate the stabilization of the VPS-
induced network structure in a dynamically asymmetric PS/PVME blend by incorporation of a
SEBS-g-MA block copolymer or dimethyldichlorosilane modified nanosilica. The addition of
SEBS-g-MA retards the volume shrinking process and slows down the kinetics of phase …
which needs to be stabilized for designing a heterogeneous structure with desired
mechanical and electrical functions. In this work, we investigate the stabilization of the VPS-
induced network structure in a dynamically asymmetric PS/PVME blend by incorporation of a
SEBS-g-MA block copolymer or dimethyldichlorosilane modified nanosilica. The addition of
SEBS-g-MA retards the volume shrinking process and slows down the kinetics of phase …
CONTROLLING THE KINETICS OF VISCOELASTIC PHASE SEPARATION THROUGH SELF-ASSEMBLY OF SPHERICAL NANOPARTICLES OR BLOCK …
YJ KHADEMZADEH, F GOHARPEY, R FOUDAZI - 2014 - sid.ir
Abstract THE VISCOELASTIC PHASE SEPARATION (VPS) CAN PRODUCE A NETWORK
STRUCTURE OF THE MINOR PHASE, WHICH NEEDS TO BE STABILIZED FOR
DESIGNING A HETEROGENEOUS STRUCTURE WITH DESIRED MECHANICAL AND
ELECTRICAL FUNCTIONS. IN THIS WORK, WE INVESTIGATE THE STABILIZATION OF
THE VPS-INDUCED NETWORK STRUCTURE IN DYNAMICALLY ASYMMETRIC PS/PVME
BLEND BY INCORPORATION OF SEBS-G-MA BLOCK COPOLYMER OR …
STRUCTURE OF THE MINOR PHASE, WHICH NEEDS TO BE STABILIZED FOR
DESIGNING A HETEROGENEOUS STRUCTURE WITH DESIRED MECHANICAL AND
ELECTRICAL FUNCTIONS. IN THIS WORK, WE INVESTIGATE THE STABILIZATION OF
THE VPS-INDUCED NETWORK STRUCTURE IN DYNAMICALLY ASYMMETRIC PS/PVME
BLEND BY INCORPORATION OF SEBS-G-MA BLOCK COPOLYMER OR …
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