MULTIFREQUENCY CW SOLID-STATE LASER

Modulators for cw solid-state lasers based on stimulated Raman scatter ing and second harmonic generation effects in the additional cavity an d antiresonant loop are proposed. They are shown to be an effective to ol for ultra-short pulse generation at main and secondary (Stokes or d ouble) frequencies simultaneously. The static properties of these modu lators are analysed. The numerical simulation of the generation dynami cs of the Ti:sapphire laser with proposed modulators enables one to de termine laser parameter ranges where effective mode-locking takes plac e.