Part "Master"

      This program of the program set is based on a strict mathematical models taking account of optical element quality, encountering interaction of radiation fluxes with various polarization, and mutual influence of cascades, and etc.
      A number of optical schemes - are about 200 (4 oscillators, 10 amplifiers, selectors, and etc.)



Groups of Initial Data (parameters) for Laser Master-Oscillator

Fig. 1. Groups of Initial Data (parameters) for Laser Master-Oscillator


      Program "Expert" supports two type of mirrors - the dielectric and non-linear (Stimulated Brillouin Scattering) mirrors. There are beyond ten basic types of active medium contained in the program. All results can be calculated on the pumping and generation scale.



Pumping scale temporal dependencies for Serial Pulse mode of laser

Fig. 2. Pumping scale temporal dependencies for Serial Pulse mode of laser



"Superlight" propagation of laser radiation inside the active element of 2-passage laser amplifier

Fig. 3. "Superlight" propagation of laser radiation inside the active element of 2-passage laser amplifier


      Program allows you to carry out the precision investigation of the output parameters forming. The calculations are made for arbitrary points of optical schemes and are presented as graphs or tables. Calculating results are in a good agreement with the experimental results.



Two-passage amplifier with the ordinary quality of elements

Fig. 4. Two-passage amplifier with the ordinary quality of elements



Four-passage YAG:Nd amplifier with SMBS-mirror (nonlinear mirror)

Fig. 5. Four-passage YAG:Nd amplifier with SMBS-mirror (nonlinear mirror)



Temporal dependencies for 4-passage regenerative amplifier

Fig. 6. Temporal dependencies for 4-passage regenerative amplifier



Serial pulse mode for laser at YSGG:Cr:Tm:Ho active element

Fig. 7. Serial pulse mode for laser at YSGG:Cr:Tm:Ho active element