The results of the experimental study cycle of the multiwave metal vapor laser system on the basis of the original configuration of the multimedia laser emitter. The spectral parameters of the setup have been controlled using a personal computer (PC). This allows carrying out their independent optimization according to excitation conditions, and, therefore, promptly allocating the output set of oscillating wavelengths and their relative distribution in power, which makes the system attractive for scientific and technological application
Basic electronics and programming that enables a computer control of experimental set-up for low-tem...
Multi-wavelength laser systems based on metal vapors have been developed that allo
The calculation of the thresholds and transformation efficiency of radiation laser on the copper vap...
The results of the experimental study cycle of the multiwave metal vapor laser system on the basis o...
The results of the experimental study cycle of the multiwave metal vapor laser system on the basis o...
The results of the experimental study cycle of the multiwave metal vapor laser system on the basis o...
Results from a cycle of experimental studies of a multiwavelength metal vapor laser based on an orig...
Results from a cycle of experimental studies of a multiwavelength metal vapor laser based on an orig...
The goal of this research was to design and develop a computer-controlled source of coherent, narrow...
Results of a cycle of experimental investigations of a multi-wavelength metal vapor laser system bas...
High power pulse copper vapor laser systems consist of a master oscillator and numerous power amplif...
The problems on the control of the laser radiation parameters are considered in the theoretical and ...
Experiments for the automatic control of a switching system in heterodyne techniques are described. ...
The spectral flatness of multiwavelength emission from an InGaAsP semiconductor optical amplifier ba...
The spectral flatness of multiwavelength emission from an InGaAsP semiconductor optical amplifier ba...
Basic electronics and programming that enables a computer control of experimental set-up for low-tem...
Multi-wavelength laser systems based on metal vapors have been developed that allo
The calculation of the thresholds and transformation efficiency of radiation laser on the copper vap...
The results of the experimental study cycle of the multiwave metal vapor laser system on the basis o...
The results of the experimental study cycle of the multiwave metal vapor laser system on the basis o...
The results of the experimental study cycle of the multiwave metal vapor laser system on the basis o...
Results from a cycle of experimental studies of a multiwavelength metal vapor laser based on an orig...
Results from a cycle of experimental studies of a multiwavelength metal vapor laser based on an orig...
The goal of this research was to design and develop a computer-controlled source of coherent, narrow...
Results of a cycle of experimental investigations of a multi-wavelength metal vapor laser system bas...
High power pulse copper vapor laser systems consist of a master oscillator and numerous power amplif...
The problems on the control of the laser radiation parameters are considered in the theoretical and ...
Experiments for the automatic control of a switching system in heterodyne techniques are described. ...
The spectral flatness of multiwavelength emission from an InGaAsP semiconductor optical amplifier ba...
The spectral flatness of multiwavelength emission from an InGaAsP semiconductor optical amplifier ba...
Basic electronics and programming that enables a computer control of experimental set-up for low-tem...
Multi-wavelength laser systems based on metal vapors have been developed that allo
The calculation of the thresholds and transformation efficiency of radiation laser on the copper vap...