We report the characterization of two-dimensional silicon photonic crystals using angular-dependent reflectivity in the mid-IR. The photonic crystals are obtained by electrochemical etching of an ordered array of holes into silicon. The measurements are compared with the theoretical calculations of the corresponding model based on the interaction of the incident light with the photonic crystal sample. A good agreement between the measurements and the calculations is achieved.Peer Reviewe
Two-dimensional photonic crystals working in near infrared region are fabricated into silicon-on-ins...
In this work, we report the realization of a series of silicon 3D photonic crystals operating in the...
ii We experimentally study light propagation in novel two-dimensional and three-dimensional macropor...
We report the characterization of two-dimensional silicon photonic crystals using angular-dependent ...
We report the experimental characterization of two-dimensional (2D) macroporous silicon photonic cry...
We report the experimental characterization of two-dimensional (2D) macroporous silicon photonic cry...
A two-dimensional silicon photonic crystal (PhC), which is designed to provide a modified dispersion...
A two-dimensional silicon photonic crystal (PhC), which is designed to provide a modified dispersion...
The goal of the present work was to perform mid-infrared characterization of two dimensional photoni...
Photonic Crystals are materials with a spatial periodic variation of the refract...
Photonic Crystals are materials with a spatial periodic variation of the refract...
Recent experimental and theoretical work on two-dimensional (2D) and waveguide-embedded photonic cry...
Variable-angle reflectance performed on macroporous silicon photonic crystals yields the dispersion ...
Recent experimental and theoretical work on two-dimensional (2D) and waveguide-embedded photonic cry...
Variable-angle reflectance performed on macroporous silicon photonic crystals yields the dispersion ...
Two-dimensional photonic crystals working in near infrared region are fabricated into silicon-on-ins...
In this work, we report the realization of a series of silicon 3D photonic crystals operating in the...
ii We experimentally study light propagation in novel two-dimensional and three-dimensional macropor...
We report the characterization of two-dimensional silicon photonic crystals using angular-dependent ...
We report the experimental characterization of two-dimensional (2D) macroporous silicon photonic cry...
We report the experimental characterization of two-dimensional (2D) macroporous silicon photonic cry...
A two-dimensional silicon photonic crystal (PhC), which is designed to provide a modified dispersion...
A two-dimensional silicon photonic crystal (PhC), which is designed to provide a modified dispersion...
The goal of the present work was to perform mid-infrared characterization of two dimensional photoni...
Photonic Crystals are materials with a spatial periodic variation of the refract...
Photonic Crystals are materials with a spatial periodic variation of the refract...
Recent experimental and theoretical work on two-dimensional (2D) and waveguide-embedded photonic cry...
Variable-angle reflectance performed on macroporous silicon photonic crystals yields the dispersion ...
Recent experimental and theoretical work on two-dimensional (2D) and waveguide-embedded photonic cry...
Variable-angle reflectance performed on macroporous silicon photonic crystals yields the dispersion ...
Two-dimensional photonic crystals working in near infrared region are fabricated into silicon-on-ins...
In this work, we report the realization of a series of silicon 3D photonic crystals operating in the...
ii We experimentally study light propagation in novel two-dimensional and three-dimensional macropor...