Effective stimulated Brillouin gain in singlemode optical fibres
J Botineau, E Picholle, D Bahloul - Electronics Letters, 1995 - IET
J Botineau, E Picholle, D Bahloul
Electronics Letters, 1995•IETTransverse material inhomogeneities yielding the guiding properties of any optical fibre also
cause a variation of stimulated Brillouin resonance frequency, and thus a spectral
broadening as well as a reduction of the overall SBS gain. A simple model defines an
effective steady SBS gain, and may explain the dispersion of available measured values.
cause a variation of stimulated Brillouin resonance frequency, and thus a spectral
broadening as well as a reduction of the overall SBS gain. A simple model defines an
effective steady SBS gain, and may explain the dispersion of available measured values.
Transverse material inhomogeneities yielding the guiding properties of any optical fibre also cause a variation of stimulated Brillouin resonance frequency, and thus a spectral broadening as well as a reduction of the overall SBS gain. A simple model defines an effective steady SBS gain, and may explain the dispersion of available measured values.
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