We present an optimization study of surface relief grating based sensors for use in optical
remote point sensing. Our study includes the effects of geometrical characteristics of the …

Remote-point photonic sensors are fabricated and evaluated. They are based on
nanocomposite thin films comprising NiCl_2 nanocrystals embedded in sol-gel silica matrix …

In this work, we implement an optical resonant sensor with high throughput capabilities to
act as chemical or biosensor. We optimized the diffraction grating structures by FDTD …

A new straightforward approach for the rapid prototyping and low cost development of
diffraction gratings for remote chemical gas sensing is presented. Sol gel matrices …

Diffractive optical elements are designed and demonstrated as elemental units in photonic
gas sensors. Diffraction gratings are written on specially designed photosensitive polymers …

We investigate the basic chromatic properties of dispersive surface relief diffractive optical
elements with porous silicon (PSi) layers. Rigorous and scalar wavelength-dependent …

The sensitivity of traditional diffraction grating sensors is limited by the spatial resolution of
the measurement setup. Thus, a large space is required to improve sensor performance …

The use of lossless optical media exhibiting reversible optical interactions upon exposure to
physical and chemical agents allows for the implementation of remote point photonic …

Diffractive and micro optics have had fast growth in the last 20 years since microlithography
technology began to be used for fabrication of optical elements. Nowadays, micro and …

The suitability of holographic structures fabricated in zeolite nanoparticle-polymer composite
materials for gas sensing applications has been investigated. Theoretical modeling of the …