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Page 53
May 20-21, 2019 | Rome, Italy
OF EXCELLENCE
IN INTERNATIONAL
MEETINGS
YEARS
Journal of Chemical Technology and Applications | Volume 3
MASS SPECTROMETRY,
PROTEOMICS AND POLYMER CHEMISTRY
3rd International Conference on
Mass Spectrometry Congress 2019
SYNTHETIC POLYMER COMPOSITES AND CLIMATE CHANGE
Kamani K K
Department of Higher Education-Government of Karnataka, India
The physical and chemical properties of a polymer needed for specific application may be obtained by add-
ing or doping like metal salts, Polystyrene, PMMA and PVA play an important role in the family of polymers
because of its applications in a variety of engineering and biomedical areas. The metal salts, plant saps, natural
proteins, many chemical complexes, compounds, halides with polymers form the composites and many com-
plexes. CuSo4, Agno3, doped Polystyrene films were prepared in the lab. These films subjected to UV visible
absorption and dielectric properties study suggests that the formation of charge transfer complexes. Although
the conduction mechanism is unclear, it is generally accepted that the dissociated metal cat ions contribute to
DC conductivity by achieving mobility through the micro Brownian motion of polymer. These ion-values paral-
lel to the flow direction. The degree of orientation of the polymer chains is affected by the moulding thickness.
Within the limits of decomposition temperatures, higher moulding temperatures lead to higher orientation
and consequently to higher strengths and module. The experimental reports of these thickness and observed
properties are new changes in the CuSo4 doped Polystyrene polymer. Conduction polymers have extensively
importance in industrial applications such as a polymer battery. That is why most studies to date have focused
on the motion of ions. The degree of orientation of the polymer chains is affected by the mouldings thickness.
Thin mouldings are more highly oriented and therefore give the highest strength and moduli matrix.
J Chem Tech App 2019, Volume 3