Laserlab-Europe
LIDYL - ATTOLAB
The ATTOLAB facility combines a set of ultrafast carrier-envelope phase-stabilised light sources extending from near infrared femtosecond lasers to XUV attosecond pulses obtained by High order Harmonic Generation. Two XUV beamlines are available with 1kHz and 10kHz repetition rates respectively. Different modes of operation of the XUV beamlines can be chosen either to reach sub femtosecond temporal resolution or to favour spectral resolution.
Laser-based light source parameters
ATTOLAB SE1
Source type
HHG
Photon energy range / wavelength range
15 - 100 [eV]
Peak Photon energy / central wavelenght
35 [eV]
Spectral Bandwidth FWHM / %
20000 [meV]
Tunability
75 [%]
Beam shape
Gaussian
Pulse duration FWHM
200 [as]
Polarisation
Linear Vertical
Other polarisation
Up to circular at lower flux
Pulse repetition rate
1 * 103 [Hz]
Maximum pulse energy
50 * 10-9 [J]
Peak power
30 * 106 [W]
Source size (spot)
X = 100 [um], Y = 100 [um]
Pointing stability on target
10 [%]
Beam diameter
100 [um]
ATTOLAB SE10
Source type
HHG
Photon energy range / wavelength range
15 - 100 [eV]
Peak Photon energy / central wavelenght
22 [eV]
Spectral Bandwidth FWHM / %
100 - 20000 [meV]
Tunability
75 [%]
Beam shape
Gaussian
Pulse duration FWHM
200 [as]
Polarisation
Linear Vertical
Pulse repetition rate
10 * 103 [Hz]
Maximum pulse energy
10 * 10-9 [J]
Peak power
30 * 106 [W]
Special modes
3 modes available:
- Very broadband (0,2fs - Energy Bandwidth = 20eV)
- Broadband (1fs - Energy Bandwidth = 3eV)
- Narrowband (10fs, Energy Bandwidth = 0,1eV)
- Very broadband (0,2fs - Energy Bandwidth = 20eV)
- Broadband (1fs - Energy Bandwidth = 3eV)
- Narrowband (10fs, Energy Bandwidth = 0,1eV)
Source size (spot)
X = 100 [um2], Y = 100 [um2]
Pointing stability on target
10 [%]
Beam diameter
100 [um]
Techniques
Absorption
- Time-resolved studies
Emission or Reflection
- Polarimetry
- Time-resolved studies
Imaging
- Photoemission EM
Ion Spectroscopy
- Ion imaging
Photoelectron emission
- Angular Resolved PES
- Spin-resolved ARPES
- Time-resolved studies
- UPS
- XPS
Disciplines
Material Sciences
- Knowledge based multifunctional materials
Physics
- Atomic & molecular physics
- Quantum electronics & optics
control/Data analysis
Control Software Type
- Labview
Data Output Type
- ASCII file
Data Output Format
- .dat
