Abstract
Self-assembled microwires of terephthalic acid (TPA) and melamine are prepared through the evaporation of water in a solution mixture of TPA and melamine. The microwires were characterized by using scanning electron microscope (SEM), attenuated total reflection infrared (ATR-IR) spectra, and cross-polarized optical microscopy (CPOM). The TPA•M microwires showed semi-conductive properties.
Highlights
Manyinorganic inorganicand andorganic organiccomplexes complexeshave havebeen beenprepared preparedunder undervarying varyingconditions conditionsin inorder order to enable the self-assemblage of microand nanostructures to enable the self-assemblage of micro- and nanostructures [1,2]
Used, thethe fibers that compose these structures cancan vary in medicine.Depending
In our previous work, assembled an array of well-defined hexagonal nanopillars of of cyanuric we assembled an array of well-defined hexagonal nanopillars cyanuricacid acid(CA)
Summary
Manyinorganic inorganicand andorganic organiccomplexes complexeshave havebeen beenprepared preparedunder undervarying varyingconditions conditionsin inorder order to enable the self-assemblage of microand nanostructures [1,2]. The diameter of these wires is of 2–5 μm and the length is up to mm. 2O3 length filter image of microwires of TPAM complexes. These wires do not disintegrated in water after formation.
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