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Abstract
Nanoassemblies (microtubes, microrods, nanoflowers and nanorod arrays) composed of C60 nanorods, were fabricated with a solution evaporation method. The structures and the growth mechanism of C60 nano-assemblies were investigated. The C60 microtubes obtained at room temperature had a hexagonal structure, C60 microrods and nanoflowers synthesized at 0°C and −15°C had a similar mixed hexagonal structure, and the C60 nanorod arrays had a structure indexed as an orthorhombic structure. The morphology of the C60 nano-assemblies depended on the shape and size of the seed crystals, which were closely related to the precipitation process from the saturated solution at different temperatures.
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