Since, chemically complex environments, the aroma has been a difficult task so far.
Therefore, in the present communication, an optofluidic Bragg fiber artificial nose for …

Conventional solid-core optical fibers need the utilization of materials with outstanding
transparency. The identification of such materials has proven to be difficult due to the …

Acquiring a pleasant smell in environments with a high degree of chemical complexity has
been a difficult task up until now. This chapter centers on enhancing and documenting the …

In the first chapter of this book, we explain why we chose Bragg fiber for our studies and
developments in the past. These biologically inspired multilayer hollow fibers are found to …

This chapter provides a comprehensive presentation of theoretical concepts about the
propagation of electromagnetic waves in a chalcogenide (As2Se3)-polymeric (PEI) Bragg …

The recent advancements in integrating different materials with distinct optical, electronic,
and thermomechanical properties into a single multilayer fiber (known as Bragg Fibers) …

Previous chapters have extensively discussed the various potential applications of Bragg
fiber (BF) structures as sensors for detecting bio/fuel adulteration. These sensors rely on …

In the previous chapter, it was observed that the hollow-core high-refractive index contrast of
cladding BFs shows high order PPBG along with FWHM at the considered visible design …

The propagation of H-polarized electromagnetic (EM) waves in polymeric (PEI)-
chalcogenide (As 2 Se 3) photonic materials (PCCPM) has been theoretically optimized and …

Theoretical formulations for E-polarization electromagnetic wave propagation in a
chalcogenide (As 2 Se 3)-polymeric (PEI) photonic material (CPCPM) are thoroughly …