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| Powerful |
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Produces up to 15 MW of visible light. |
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For typical ultrahigh-speed imaging setup, irradiance
is 5 kW/cm² (~10 gigalux) of visible light. |
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Can replace argon candles. |
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Is much more intense than commercial flashlamps. |
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| Flexible |
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Number and configuration of lamps can be
adjusted to obtain optimal lighting. |
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Provides illumination from different angles,
thus reproducing color and eliminating shadows. |
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Allows you to adapt your lighting system to
the needs of your experiment—rather than
the other way around. |
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| Reusable |
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Unlike argon candles, lamps can be reused for
dozens of shots if not destroyed by explosive test. |
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Allows you to perform setup shots
to check lighting and exposure. |
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| Non-explosive |
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Unlike argon candles, lamps do not have an
explosive charge. |
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Creates no environmental waste. |
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Does not damage your experiment,
thus reducing costs and speeding up turn-around time. |
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Makes no contribution toward limits on explosives. |
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| Durable |
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System is solid—comes housed in a robust cabinet. |
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Survives rigors of adverse test environments
(e.g., shock waves from explosions). |
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Can be used tens of thousands of times. |
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| Customizable |
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System is not "off the shelf"; each is designed to
meet your specific needs. |
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Allows you to choose PFN to match your time
requirements (from 30 µs to 1 ms). |
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Can include specialized safety requirements
unique to your range. |
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