Influence of the particle size distribution on the characteristics of a four-wave radiation converter in a transparent two-component medium

The characteristics of the four-wave radiation converter in a transparent liquid have been analyzed with considering the normal size distribution of nanoparticles contained in it. Shown that in the dependences of the amplitude reflection coefficient and the output time of the band half-width of spatial frequencies cut out by such a radiation converter to steady-state value from dispersion there are extremes at which the reflection coefficient takes the greatest value and the output time takes the smallest value.