Simulation of stimulated Raman scattering in droplets

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Abstract
Recent experiments in stimulated Raman scattering in droplets suggest that the enhancement of the nonlinear gain can be phenomenologically modelled by considering the pumped active path to be greatly enhanced. Total internal reflection traps the signal in the droplet at morphology-dependent resonances. A simulation of this and a number of other new aspects of the process that result from considering a variable pumped gain within the droplet are described.