Optical Properties of Photonic Crystal Fibers with Fluid Cores

The objective of this research is to compare pulses travelling through different photonic crystal fiber cores (DPCFC) using both finite element method (FEM) /split step Fourier (SSFM). A unique DCPCF design with exceptionally high non-linearity has been introduced achieve ultra-high pulse amplitude. Via a generalized non-linear equation, we evaluate the refractive index ratio and dispersion, for each type which used, as well output amplitude in core by utilizing solution nonlinear Schrodinger equation (NLSE). Lastly, findings are compared parameters. This paper provides consisting multiple liquid theoretically solved equations. It was discovered that propylene glycol (C3H8O2) greater than ethylene glycol’s (C2H6O2), far silica's (SiO2). Propylene lower dispersion (C2H6O2) silica amplitudes were then shown be substantially bigger (SiO2) respect distance time. emphasizes need certain liquids holey fibers, dependent upon their use.