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Mass Spectrometry Congress 2019 Journal of Chemical Technology and Applications | Volume 3
Page 33
May 20-21, 2019 | Rome, Italy
MASS SPECTROMETRY,
PROTEOMICS AND POLYMER CHEMISTRY
3rd International Conference on OF EXCELLENCE
IN INTERNATIONAL
MEETINGS
YEARS
RECENT PROGRESS IN MORPHOLOGY
CONTROL OF POLYMERIC HYBRID
NANOPARTICLES VIA ONE POT SYNTHESIS
Typical techniques for the synthesis of polymeric hybrid core–shell
nanoparticles (such as silica/polymer hybrid nanoparticles) most-
ly consist based on a two-step process. These processes comprise the
preparation of core and shell via separate steps. The main disadvantag-
es of such a process are time consumption, low energy efficiency and
relatively non-uniform distribution of organic component, which result
in low inorganic loading. However, in recent years author developed
one-pot synthesis for different type of polymer hybrid nanoparticles. The
main aim in one–pot process is to carry out the sol-gel reaction of in-
organic precursor simultaneously with free radical polymerization of or-
ganic monomer. Indeed, in the one-pot method can be introduced as a
useful novel reinforcement technique which in the both phases of hybrid
particles is generated simultaneously either by forming single individual
hybrid particles or beside polymer particles. Recently they have report-
ed fabrication of tunable morphology of nano-size silica-acrylic hybrid
particles. Then they have studied production of hybrid materials with
well-defined morphology control. Finally, in a most recent work they are
investigating potential application of hybrid nanoparticles with different
morphology; all these lead to control final properties like mechanical
properties via morphology control. They investigated morphology con-
trol for alumina/polacrylate hybrid nanoparticles dealing with various
properties such as mechanical and optical properties. It was revealed
that mechanical, antibacterial and optical properties depend strongly to
the morphology of hybrid nanoparticles. They are going towards facile
and rapid production of controlled morphology hybrid nanoparticles
with well-known properties for a defined application.
G A Farzi, J Chem Tech App 2019, Volume 3
G A Farzi is a Professor of Polymer Engineering
at Faculty of Engineering in Hakim Sabzevari
University, Iran, where he is teaching Polymer En-
gineering and Polymer Composite Materials for
students in PhD and Master of Science level. He
obtained his PhD from University of Lyon (INSA
DE LYON), France in 2007, and then he finalized
a Post-Doctoral Fellowship in University of Lyon.
He moved to Iran where he becomes an Assis-
tant Professor at University of Tehran, however
soon he moved to his hometown Sabzevar and
started teaching and research in closed collab-
oration with French universities. His area of re-
search iInterests mainly in Synthesis of polymer
via miniemulsion polymerization; encapsula-
tion of organic and inorganic nanoparticles via
miniemulsion polymerization technique; devel-
opment of new technique for the synthesis of
hybrid nanoparticles; property study and appli-
cation of polymer hybrid nanomaterials.
G A Farzi
Hakim Sabzevari University, Iran
BIOGRAPHY