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Abstract
An investigation on dispersion, stability, and agglomeration of water-soluble fullerenol in water was studied via UV–Vis spectroscopy. The results showed that the dispersion quality and stability of water-soluble fullerenol commenced decreasing after 150h (more than six days) of solution preparation time. Furthermore, increasing the fullerenol concentration in water (Cfullerenol) showed promotion of the agglomeration in lower residence time. Considering the results of DLS and HRTEM micrographs, an average particle size of the fullerenol in the solution was measured to be ∼150nm after a residence of 2months highlighting its high agglomeration tendency even at low concentration.
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