Investigation of 1d Photonic Crystal Based on Nano-porous Silicon Multilayer for Optical Filtering

Authors

  • Do Thuy Chi Institute of Materials Science, VAST
  • Bui Huy Institute of Materials Science, VAST
  • Nguyen Thuy Van
  • Pham Van Hoi Institute of Materials Science, VAST

DOI:

https://doi.org/10.15625/0868-3166/21/1/101

Keywords:

transfer matrix method, optical filter, nano-porous silicon, 1D photonic crystal

Abstract

We present the fabrication, simulation, and measurements of 1D photonic crystal based on nano-porous silicon multilayer designed as an optical interference filter. Using electro-chemical etching with timely repeat steps of applied current densities, we fabricated a multilayer structure composed of alternating high- and low-index layer which achieved 90% power reflectivity at wavelength range of 1400-3000 nm. The simulation is relying on the Transfer Matrix Method (TMM) to design and predict the optical properties of nano-porous silicon multilayer as well as the relation between anodization parameters with reflection spectra. The measured reflection and transmission spectra of the nano-porous silicon multilayer show good agreement with simulation. This technique could provide a convenient and economical method to produce filters, cavities, and graded-index dielectric waveguides in the future.

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Published

25-06-2011

How to Cite

Chi, D. T., Huy, B., Van, N. T., & Hoi, P. V. (2011). Investigation of 1d Photonic Crystal Based on Nano-porous Silicon Multilayer for Optical Filtering. Communications in Physics, 21(1), 89. https://doi.org/10.15625/0868-3166/21/1/101

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Papers

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