Quark 45 TeraWatt standard system
Description
The world reference of compact and reliable 45 TW Ti:Sa laser with proven specifications.
Quark 45 TeraWatt standard system
Specifications |
|
---|---|
Peak Power: | 45 TW |
Min Pulse Duration: | 25 fs |
Repetition Rate: | 10 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
-
Ships from:
France
-
Sold by:
-
On FindLight:
External Vendor
Claim Thales Page to edit and add data
Frequently Asked Questions
The Quark 45 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 45 TeraWatt standard system features 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 Quark 45 TeraWatt standard system has a typical layout table size of 1.5 x 4.2 m2 (4.9 x 13.8 ft2), a typical measurement contrast with XPW Strehl ratio of > 0.9 and far field pulse duration.
The Quark 45 TeraWatt standard system has a repetition rate of up to 10 Hz, peak power of > 45 TW, central wavelength of ~ 800 nm, energy per pulse (after compression) of > 1.2 J, pulse duration FWHM (down to) 25 fs, pulse to pulse energy stability (% rms) of ≤ 1, and contrast ratio obtained with XPW of 1:105 under 5 ps, 1:108 under 30 ps, and 1:1010 under 100 ps. The Strehl ratio is ≥ 0.85 (with deformable mirror).
The Quark 45 TeraWatt standard system is a compact and reliable 45 TW Ti:Sa laser with proven specifications.