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Ionic self-assembled fluorescent microfibres with electrochemical properties

The fluorescent microfibres with redox-responsive properties were prepared via the ionic self-assembly route from complexes of redox-responsive N,N-dimethylferrocenylmethylhexadecylammonium bromide and methyl orange dye molecule. The length of microfibres is from tens of micrometres to almost a millimetre and the width is about 500 mm to 2 μm. Steady state fluorescence spectroscopy shows strong fluorescent properties of the supramolecular self-assembled microfibres, which may have potential applications in electro-photo molecular switching device. The supramolecular fluorescent microfibres with redox-reponsive properties were prepared via the simple ionic self-assembly route. They may have potential applications in the field of electro-photo switches.