This paper introduces a new design based on As2Se3 photonic crystal fibers, with the first
layer of air holes near the core being removed. Dispersion properties were investigated for …

In this paper, we propose a newly designed toluene-core (C7H8-core) photonic crystal fiber
(PCF) with a hexagonal lattice. The difference in the diameter of the air holes in the first ring …

An ultra-broadband, very low peak power supercontinuum source is proposed based on a
novel benzene-filled structured photonic crystal fiber. The modification of the structural …

A circular photonic crystal fiber infiltrated with benzene with different air-hole diameters is
proposed as a new supercontinuum light source. Optical properties related to dispersion …

This article introduces a new model of a circular silica-based photonic crystal fiber with a
hollow core filled with C 6 H 6. The difference in the air hole size and the distance between …

We report computational modeling of a silica based Photonic Crystal Fiber (PCF) infiltrated
with ethanol for NIR to MIR supercontinuum generation. Full vectorial finite element method …

In this paper, benzene-core photonic crystal fibers (B-PCFs) with non-uniform air holes for
the square lattice are studied by controlling the air-filling factor of the air holes in the first ring …

Most silica photonic crystal fibers have limited spectral broadening in the infrared region,
making them less than ideal in terms of technological applications. In this work, we propose …

In this work, we design circular lattice photonic crystal fibers using Lumerical Mode Solution
software, its hollow core filled with carbon tetrachloride. Optical properties including effective …

ABSTRACT A novel design of a photonic crystal fiber with a flower core is proposed for the
first time to optimize dispersion suitable for broadband supercontinuum generation. The …