PHYSICAL SIMULATION OF PULSED LIGHT SOURCES
A system of test-facilities is used to investigate the action of the high-power incoherent
radiation on materials, to test instrumentation and materials to light,
to simulate and make diagnostics of radiation caused by natural and man-caused plasma formations in the atmosphere. |
The system includes:
- Power-supply
- Capacity storage
- Electric-discharge plasma sources of optical radiation working in a pulsed and continuous mode.
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AN OC-98-INSTALLATION WITH A MAGNETICALLY CONFINED DISCHARGE
AND A DIAGNOSTIC COMPLEX |
| Technical data |
| Capacity storage | up to 2000 kJ |
| Discharge current | up to 400 kA |
| Plasma temperature | up to 25000 Ê |
| Radiating area | up to 200 cm2 |
| Pulse duration | up to 10-2 s |
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Radiation oscillogram |
Radiation spectrum sweep
Discharge filament photo
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"XENON" INSTALLATION |
| Technical data |
| Power | up to 10 kW |
| Discharge current | up to 300 À |
| Duration | up to 10 ñ |
| Irradiated spot | 5 cm2 |
| Irradiance | up to 300 W/cm2 |
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Arc light xenon lamp radiation spectrum |
Irradiated spot
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"ARC" INSTALLATION |
| Technical data |
| Power | up to 100 kW |
| Discharge current | up to 1000 À |
| Duration | up to 10 s |
| Irradiated spot | 30 cm2 |
| Irradiance | up to 1300 W/cm2 |
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Voltaic arc radiation oscillograms |
Irradiated spot
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"LTS" (LIGHT TESTING STATION) INSTALLATION |
| Technical data |
| Power | up to 3000 kW |
| Discharge current | up to 6000 À |
| Duration | up to 10 s |
| Radiating area | 2500 cm2 |
| Irradiance | up to 300 W/cm2 |
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