Design and fabrication of microstructured optical fibers with optimized core suspension for enhanced supercontinuum generation
Nonlinear microstructured optical fibers (MOFs) offer better prospects in various
interdisciplinary fields than conventional nonlinear fibers. High air filling fraction and small …
interdisciplinary fields than conventional nonlinear fibers. High air filling fraction and small …
Characteristics of solid-core square-lattice microstructured optical fibers using an analytical field model
The excellent propagation properties of square-lattice microstructured optical fibers (MOFs)
have been widely recognized. We generalized our recently developed analytical field model …
have been widely recognized. We generalized our recently developed analytical field model …
Microstructured optical fibers for terahertz waveguiding regime by using an analytical field model
Microstructured optical fibres (MOFs) are seen as novel optical waveguide for the potential
applications in the terahertz (THz) band as they provide a flexible route towards THz …
applications in the terahertz (THz) band as they provide a flexible route towards THz …
Synopsis on optical attributes of chalcogenide glass solid-core hexagonal microstructured optical fibers in infrared regime
Chalcogenide glasses are furnished with several beneficial features such as high nonlinear
coefficient, and their low bulk material losses as compared to silica in mid-infrared (IR) …
coefficient, and their low bulk material losses as compared to silica in mid-infrared (IR) …
Analysis of the beam divergence for one-rod core microstructured optical fibres
The evolution of microstructured optical fibers with hexagonal array (H-MOFs) of air-holes
rooted in the background of undoped silica has led to the realization of an ideal host for …
rooted in the background of undoped silica has led to the realization of an ideal host for …
Study and Accurate Estimation of the Far Field Profile in Kerr Type Nonlinear Parabolic Index Optical Fiber for the First Higher Order (LP11) Mode Using Power Series …
In this paper the study on far field profile variation in Kerr type nonlinear parabolic index fiber
for the first higher order mode using a simple technique has been proposed, which has the …
for the first higher order mode using a simple technique has been proposed, which has the …
Optical properties of square-lattice microstructured optical fibers
Optical Properties of Square-Lattice Microstructured Optical Fibers Page 1 S5A.15.pdf
Photonics 2014: 12th International Conference on Fiber Optics and Photonics © OSA 2014 …
Photonics 2014: 12th International Conference on Fiber Optics and Photonics © OSA 2014 …
Study of a constructed function for approximating mode field in photonic crystal fibers
L Zhang, Z Wu, S Gao, M Cui - Optical Engineering, 2012 - spiedigitallibrary.org
A function is constructed to approximate the fundamental mode field precisely in photonic
crystal fibers (PCFs) using least square error criteria. Through the unconstrained nonlinear …
crystal fibers (PCFs) using least square error criteria. Through the unconstrained nonlinear …
Theoretical analysis for exploring the optical performance of solid-core polymer based microstructured optical fibers
Polymer based microstructured optical fibers (MPOFs) like their silica counterparts guides
the light through the use of array of wavelength-scale microstructures in the cross-section …
the light through the use of array of wavelength-scale microstructures in the cross-section …
Detailed variational analysis of single mode trapezoidal index fiber involving two simple approximations of fundamental mode with comparison relating accurate …
AK Mallick, S Sarkar - Journal of Modern Optics, 2017 - Taylor & Francis
A detailed variational analysis of single-mode trapezoidal index fibre to investigate its
propagation characteristics involving two simple approximations of fundamental mode is …
propagation characteristics involving two simple approximations of fundamental mode is …