| Manufacturer: | Thales LAS |
| Repetition rate: | 1 kHz |
| Pulse duration: | 29 fs |
| Pulse energy: | up to 38 mJ |
| Average power: | 38 W |
| Up-converted Radiation: | Extreme UV light and soft x-rays |
| Conversion principle: | Higher-harmonics generation (HHG) Betatron radiation (in preparation) |
| Experimental technique | Photon-in / photon-out (detection of scattered x-ray photons in CCD detector) |
| Repetition rate: | up to 10 MHz |
| Pulse duration: | 100 fs |
| Pulse energy:: | up to 50 µJ |
| Average power: | 500 Watt |
| Up-converted Radiation: | Extreme UV light |
| Conversion principle: | Higher-harmonics generation (HHG) |
| Experimental technique | Photon-in / electron-out (spin-resolved detection of photoelectrons) |
| Repetition rate: | 3 kHz |
| Pulse duration: | 35 fs |
| Pulse energy:: | 2.2 mJ |
| Average power: | 6.5 Watt |
| Up-converted Radiation: | Extreme UV light |
| Conversion principle: | Higher-harmonics generation (HHG) |
| Experimental technique | Photon-in / photon-out (detection of scattered XUV photons in CCD detector) |
| Manufacturer: | EKSPLA |
| Repetition rate: | 5 Hz |
| Pulse duration: | 170 ps |
| Pulse energy:: | 100 mJ @1064 nm, 20 mJ @213 nm |
| Average power: | 0.5 Watt |
| Up-converted Radiation: | 532 nm, 355 nm, 266 nm, 213 nm, |
| Conversion principle: | Built-in 2nd to 5th harmonic generator |
| Experimental technique | Control of nuclear spins via photodissociation |