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*diameter of the light beam concentrating 90% of the power not more than 20 cm, | *diameter of the light beam concentrating 90% of the power not more than 20 cm, | ||
*the power of visible radiation is close to the solar 1367 W / m2 at a distance of at least 0.2 m from the light source, | *the power of visible radiation is close to the solar 1367 W / m2 at a distance of at least 0.2 m from the light source, | ||
- | *safety for the eyes (protection glasses), | + | *safety for eyes (protection glasses), |
*during the experiment the simulator is stationary and can be easily moved by one person to any distance between the experiment sessions, | *during the experiment the simulator is stationary and can be easily moved by one person to any distance between the experiment sessions, | ||
*power supply from a normal 220V network, | *power supply from a normal 220V network, | ||
*The presence of a mounting system (tripod), which allows stepless adjustment of the light source in height (from 0.5 to 1.5 m), in angle of inclination to the horizon (-60..60 degrees). | *The presence of a mounting system (tripod), which allows stepless adjustment of the light source in height (from 0.5 to 1.5 m), in angle of inclination to the horizon (-60..60 degrees). | ||
The Sun simulator must be turned on by user before the experiment is started and manually turned off after the experiment using a conventional switch. | The Sun simulator must be turned on by user before the experiment is started and manually turned off after the experiment using a conventional switch. |