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FACILITY WITH LASER ADAPTIVE SYSTEMS WITH ARTIFICIAL OPTICAL RANGE |
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Purpose:
- Simulation of long-distance optical ranges by testing optoelectronic systems in scaled version of optically homogeneous and inhomogeneous atmospheres where the level of turbulence is under the user's control;
- Testing of large-aperture optical systems using phase conjugation techniques to correct aberrations;
- Experimental development of models for laser optoelectronic systems used in precision guidance, acquisition, recognition and identification of remote targets under realistic conditions.
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Facility includes:
- a multy-stage Nd-glass laser facility with final stage disk amplifiers, with phase conjugation, with energy of up to 1 kJ and pulse duration of 20 ns and with diffraction limited divergence
- a laboratory optical range 700 m long, equipped with telescopic systems with apertures of up to 500mm to simulate optical distances up to 70 km
- solid-state repetitively-pulsed and CW lasers operating at radiation wavelengths of 1.06 µm and 0.53 µm
| Technical data |
| Wavelength | 1.06 è 0.53 µm |
| Pulse energy | up to 1 kJ |
| Pulse duration | 1...50 ns |
| Brightness | up to 1018 W/cm2st |
| Divergence | diffraction |
| Switching time of the beam direction | 5 µm |
| Length of optical range | 700 m |
| Simulation of distance | up to 70 km |
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