Laserlab-Europe
MBI - 100 kHz, dual-beam, 1.5/3.2 µm ultrafast OPCPA
High repetition rate, sub-10 optical cycle pulses are delivered for driving (i) strong-field attosecond physics experiments utilizing a reaction microscope and (ii) high-harmonic generation in solids.
Laser-based light source parameters
1.5 µm beam
Source type
optical driver
Photon energy range / wavelength range
1400 - 1600 [nm]
Peak Photon energy / central wavelenght
1490 [nm]
Spectral Bandwidth FWHM / %
65 - 70 [nm]
Tunability
2 [%]
Beam shape
Gaussian
Pulse duration FWHM
50 [fs]
Pulse repetition rate
100 * 103 [Hz]
Maximum pulse energy
43 * 10-6 [J]
Peak power
0.81 * 109 [W]
3.2 µm beam
Source type
optical driver
Photon energy range / wavelength range
2900 - 3450 [nm]
Peak Photon energy / central wavelenght
3250 [nm]
Spectral Bandwidth FWHM / %
200 - 220 [nm]
Tunability
2 [%]
Beam shape
Gaussian
Pulse duration FWHM
75 [fs]
Pulse repetition rate
100 * 103 [Hz]
Maximum pulse energy
14 * 10-6 [J]
Peak power
0.18 * 109 [W]
Techniques
Absorption
- Time-resolved studies
Diffraction
- Time-resolved studies
Ion Spectroscopy
- Ion imaging
- Mass spectrometry
Photoelectron emission
- Angular Resolved PES
- Photoelectron diffraction
Scattering
- Coherent scattering
- Elastic scattering
- Inelastic scattering
Disciplines
Material Sciences
- Knowledge based multifunctional materials
Physics
- Atomic & molecular physics
- Quantum electronics & optics
control/Data analysis
Control Software Type
- LabView
Data Output Type
- binary
Data Output Format
- txt
