… In order to determine the nonlinear Kerr coefficient of the 2.6 µm core chalcogenide fiber,
we have performed numerical simulations based on the well-known split-step Fourier …

… core fiber we added 0.4 dB to the fiber loss measurement of the 20 μm suspended core fiber
… The total estimated fiber loss of the 4.5 μm suspended core fiber is shown as the dashed …

… In this paper, the details and comparisons of the chalcogenide SCFs with 3, 4 and 6 …
chalcogenide fiber, a comparison between chalcogenide SCF with RC structure and traditional core …

… through As 2 S 3 fiber was investigated in detail and an output … chalcogenide glass fibers,
which have high transparency at the CO 2 laser wave length (10.6 μm), because these fibers …

… μm for one of the fibers. We also describe the first chalcogenide small solid core MF (mode
field … been published previously for chalcogenide MFs. It is worth mentioning that the first two …

… core photonic crystal fibers are ideal candidates for nonlinear applications, providing small-core
… In this paper the dispersion properties of As2S3 suspended-core fibers are numerically …

… loss chalcogenide fibers, by describing the synthesis and purification methods, fiber drawing
… We have used this process to draw various chalcogenide core/clad fibers. The atmosphere …

… fiber core were caused by high power laser exposure. As the laser heats the fiber surface, the
chalcogenide … Surprisingly, both fibers continued to support multi-Watt transmission without …

… First, we consider a very small core As 2 Se 3 chalcogenide PCF with a hole-to-hole pitch Λ
… We choose small core PCFs in order to increase the nonlinear coefficient of the fibers. Fig. 2 …

… fiber design consists of a microstructed core in place of a uniform refractive index core. … is
to design a chalcogenide glass-based, microstructured-core LMA fiber for high power delivery …