This paper investigates the theoretical development and characterization of different
rectangular photonic crystal fiber (R-PCF) sensors for terahertz waveguide applications …

In this article, porous core porous cladding photonic crystal fiber (P-PCF) has been
proposed for aqueous analytes sensing applications. Guiding properties of the proposed P …

A heptagonal core and hexagonal cladding Porous Core Photonic Crystal Fiber (PC-PCF) is
proposed for terahertz wave guidance. Important transmission properties including …

A micro structure folded cladding porous shaped with circular air hole photonic crystal fiber
(FP-PCF) is proposed and numerically investigated in a broader wavelength range from 1.4 …

In this article, highly sensitive and low confinement loss enriching micro structured photonic
crystal fiber (PCF) has been suggested as an optical sensor. The proposed PCF is porous …

In this paper, porous shaped photonic crystal fiber (P-PCF) has been proposed for chemical
sensing purposes where both core and cladding air holes are rearranged in porous manner …

In this article, a hexagonal-shaped porous core and sectored-cladding structured photonic
crystal fiber (PCF) is presented for efficient wave propagation in Terahertz (THz) domain …

This paper contributes a novel design of photonic crystal fiber (PCF) with a combination of
porous core structure and TOPAS as background material is proposed for chemical sensor …

This research paper introduces a design and numerical investigation of a photonic crystal
fiber (PCF) sensor with a hollow core. The sensor is specifically designed to detect …

Although analyte sensing using photonic crystal fibers (PCF) is nothing new, the difficulty to
achieve higher sensitivity with low loss and ease of fabrication still exists. With the increase …