Quark 1000 TeraWatt standard system
Description
Recognized project management skills to achieve the most demanding systems in terms of performance and schedule commitments. The unique PW laser reference with demonstrated specification and industrial reliability dedicated to laser facilities.
Quark 1000 TeraWatt standard system
Specifications |
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|---|---|
| Peak Power: | 1000 TW |
| Min Pulse Duration: | 25 fs |
| Repetition Rate: | 1 Hz |
Features
- Industrial grade for a compact footprint
- Unmatched energy stability and beam pointing
- High contrast using XPW filter
- Tango Panorama software
- Option : beam transport to experimental area
Applications
- Electrons and ions acceleration
- Plasma Physics
- VUV-Xray generation
- High order harmonic generation
- Time resolved spectroscopy
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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How to order?
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Ships from:
France
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Sold by:
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On FindLight:
External Vendor
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Frequently Asked Questions
The Quark 1000 TeraWatt standard system can be used for electrons and ions acceleration, plasma physics, VUV-Xray generation, high order harmonic generation, and time resolved spectroscopy.
The Quark 1000 TeraWatt standard system features an industrial grade for a compact footprint, unmatched energy stability and beam pointing, high contrast using XPW filter, Tango Panorama software, and an option for beam transport to experimental area.
The contrast ratio of the Quark 1000 TeraWatt standard system is 1:105 under 5 picoseconds, 1:108 under 30 picoseconds, and 1:1010 under 100 picoseconds, obtained with XPW.
The pulse duration of the Quark 1000 TeraWatt standard system is down to 25 femtoseconds.
The Quark 1000 TeraWatt standard system is an industrial-grade laser instrument with unmatched energy stability and beam pointing, designed for use in laser facilities.