Abstract
The unique heating property of microwave irradiation on carbon nanotubes (CNTs) wasapplied in fabrication of a new architecture of two-dimensional metallic nanobowl array ona thermoplastic substrate. Vertically aligned CNT film was grown on a metalcoated polystyrene (PS) submicron sphere array and then transferred onto apolycarbonate (PC) substrate by microwave heating. The back diffracted light spectra ofthis structure were measured and discrepancies between the spectra and thatpredicted from a diffraction relationship were studied. It is suggested that thediscrepancies were related to the shape and the refractive indices of the materials.
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