Electrochemical Synthesis and Characterization of ZnO Nanocomposite Copolymer Containing Fluorescent Feature Dye
Abstract
BODIPY
(boron dipyrrolmethene) has attracted the attention of scientists although the synthesis
of BODIPY from the fluorescent dye class is challenging, there are many
applications such as fluorescence, ion / molecule and pH probes, sensors, redox
active molecules, metal chelators, cellular imaging, photodynamic therapy, drug
delivery materials and photovoltaic applications and energy storage. Firstly,
it is synthesized with difficulty in synthesis but attractive fluorescence
active monomer. Then, by electrochemical method, a conductive copolymer, which
is an innovative material, was synthesized. The nanocomposite was synthesized
with the help of a potentiostat using Zno nanoparticles to increase the
strength and conductivity properties of the obtained semiconducting material
and its existence was determined by advanced technological devices such as
SEM-EDX, AFM-Raman. Characteristic peaks of inorganic and nano-scale compounds
such as ZnO are observed in the fingerprint region and weak / medium in the
conventional FT-IR device. This makes it difficult to qualitatively diagnose
the compounds by infrared spectrometry. Raman spectroscopy, however, has been
preferred for the determination of nanoparticles because it is relatively
laborious, such as ICP-MS, and is not a complex spectral region such as FT-IR.
Keywords
References
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