Energy conversion efficiency from a high-order soliton to fundamental solitons in the presence of Raman scattering

We formulate the energy conversion efficiency from a high-order soliton to fundamental solitons by including influence of interpulse Raman scattering in fission process. The proposed analytical formula agrees closely with numerical results generalized nonlinear Schrodinger equation as well experimental results, while resulting formulation significantly alters predicted Raman-independent inverse method. also calculate materials different gain profiles such silica, ZBLAN and chalcogenide glasses (As2S3 As2Se3). It is that glass leads largest all four materials. notion utmost practical interest for design wavelength converters supercontinuum generation systems based on dynamics self-frequency shift.