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Three-dimensional silicon-based nanostructures in opal matrix: Preparation and properties

  • A.B. Pevtsov (a1), V.G. Golubev (a1), V.A. Kosobukin (a1), D.A. Kurdyukov (a1) and A.V. Medvedev (a1)...

Abstract

Three-dimensional opal-silicon composites with both direct (a variable extent of filling of opal voids with silicon) and inverted structures have been synthesized. A structural analysis of these fabricated systems is performed. Reflectance spectra from the (111) surface of the composites are measured within the spectral range 400-900 nm. Observed spectral features are interpreted as a manifestation of the [111] direction photonic band gap that is tunable in position and width in the visible and near-infrared spectral ranges.

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Three-dimensional silicon-based nanostructures in opal matrix: Preparation and properties

  • A.B. Pevtsov (a1), V.G. Golubev (a1), V.A. Kosobukin (a1), D.A. Kurdyukov (a1) and A.V. Medvedev (a1)...

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