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fiber dispersion
The soliton splitting due to the longitudinal oscillation of the fiber dispersion is demonstrated experimentally.
      
The periodical modulation of the fiber dispersion can be used for controlling the soliton splitting even under the strong effect of the Raman scattering.
      
It is obvious that the fiber dispersion is strenghened with the increase of Re numbers.
      
The experimental results are verified by theoretical investigations modeling the pulse propagation taking into account non-linear self-phase modulation and fiber dispersion.
      
Novel technique for the measurement of fiber dispersion properties
      
Arrays of submicron air holes are shown to modify the properties of guided modes in optical fibers, enabling a fine tuning of fiber dispersion, nonlinearity, and gain.
      
We demonstrate fiber dispersion nanomanagement solutions that provide ultra-flattened group-velocity dispersion profiles and control the fiber nonlinearity and gain.
      
The performance characteristics of generated soliton and anti-Stokes pulses for the wavelength tunable ultrashort soliton pulse generation system are discussed for different fiber dispersion parameters of β2 and β3 at the pump wavelength.
      
Through simulations for different fiber dispersion parameters of β2 or β3 we obtained interesting results.
      
The two peaks were found to be caused by light diffraction due to the periodic polymer-fiber dispersion because the peaks corresponded to values calculated by intervals between the fibers.
      
We thereby deduce the onset for this source of pulse degradation scales linearly with the pulse width, and scales with the reciprocal square root of the fiber nonlinear coefficient, the pulse power, and the fiber dispersion coefficient.
      
Optical fibers and fiber dispersion compensators for high-speed optical communication
      
Moreover, we give an introduction to femtosecond supercontinuum generation and the effects of choice of pumping wavelength in relation to fiber dispersion.
      
Microstructural characterization, image analysis, and statistical tools were used to study the influence of processing and fiber length on fiber-matrix bond, fiber dispersion and fiber orientation in the composites.
      
A unique fiber dispersion method, which enabled uniform distribution of natural fibers, was used in this process.
      
Our investigation takes into account phase noise enhancement in optical comb generation, injection dynamic, path delay, and fiber dispersion.
      
The optical channel is modeled putting into account the combined effect of fiber dispersion, laser source non ideal performances (e.g.
      
Moreover, the analysis indicates that fiber nonlinearity (which limits the minimum channel spacing) affects the traffic performance more severely compared to fiber dispersion (limits code cardinality).
      
For the case of two-step dispersion maps with distributed Raman amplification to compensate for the fiber loss, we find special schemes that have optimal (chirp-free) launch point locations that are independent of the fiber dispersion.
      
Despite the variation of dispersion with wavelength due to the fiber dispersion slope, the transmission in several different channels can be optimized simultaneously using the same optimal launch point.
      
 

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