This paper proposes a novel structure for dispersion controlling and low confinement losses
with a hybrid core hexagonal-octagonal photonic crystal fiber (6/8-PCF). By including …

We elucidate guiding characteristics of modified hexagonal lattice microstructured optical
fibres (MOFs) which are popularly, known as the MOFs with square lattice of air-holes (SL …

We present guiding properties of modified triangular lattice photonic crystal fibers. The finite
difference method under anisotropic perfectly matched layer boundary condition is used to …

Since the born of the photonic crystal fiber, because of the excellent characteristics which is
superior to the traditional fiber, it has become research hotspots in the field of optical fiber …

This research presents a simple index guiding photonic crystal fiber (PCF) that has a silica
core surrounded by air holes of same diameters with tetragonal lattice. The proposed PCFs …

Present work has experimentally-theoretical character. The theoretical part of it is dealt with
analysis of optical properties of basic types of microstructured waveguides based on most …

Dispersion Controlled in a Birefringent Modified Octagon Photonic Crystal Fiber for Optical
Communication Applications Page 1 Dispersion Controlled in a Birefringent Modified Octagon …

We propose a novel design in PCFs with ultra-flattened dispersion characteristics
controllability taking non-uniform air-hole structures in innermost rings. As an example, the …

This paper presents a polarization maintaining modified hexagonal photonic crystal fiber (M-
HPCF) with nearly zero ultra-flattened dispersion of 0plusmn0. 35 ps/(nm-km) in the …