A highly birefringent dispersion compensating hybrid photonic crystal fiber is presented. This
fiber successfully compensates the chromatic dispersion of standard single mode fiber over …

In this paper, we present and explore a new hybrid cladding design for improved
birefringence and highly nonlinear photonic crystal fibers (PCFs) in a broad range of …

A defected core decagonal photonic crystal fiber is designed and numerically optimized to
obtain its residual chromatic dispersion compensation in the wavelength range of 1460 to …

This paper presents the proposal of a hybrid cladding photonic crystal fiber offering flat
dispersion and low confinement operating in the Telecom bands. Simulation results reveal …

In this paper, we propose and numerically demonstrate a highly birefringent microstructure
optical fiber which shows negative dispersion coefficient of about− 288 to− 550 ps/(nm km) …

We investigate numerically a defected-core hybrid photonic crystal fibre (H-PCF) with a
circular core and a rectangular-shaped cladding, which is designed for compensation of …

In this paper, we present a photonic crystal fiber based on hexagonal structure for improved
negative dispersion as well as high birefringence in the telecom wavelength bands. It is …

This paper presents and explores a new design hybrid cladding of nonlinear Photonic
Crystal Fiber (PCF) with both very low dispersion and improved birefringence in a broad …

In transmission media the Photonic crystal fibers (PCFs) are highly suitable for wavelength-
division-multiplexing (WDM) systems. This paper exhibit a Hexagonal Photonic Crystal Fiber …

This paper presents a microstructure optical fiber based on a circular type structure in the
fiber cladding region while using a defected core for high birefringence. We present a …