 Technical data
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Energy range
| | 2.3 – 12 keV | | Resolution | | ΔE from 100 meV to 1 eV at 8 keV
| Source
| | In-vacuum U20 undulator | | Polarization | | linear
| | Spot size | | 20 (V) x 80 (H) µm2 in standard mode, 5 (V) x 10 (H) µm2 in KB configuration
| | Optics | | 2-bounce fixed-exit monochromator (Si 111); 4-bounce high-resolution monochromator (Si 311 et 220); collimating and focusing mirrors; 2 mirrors in KB configuration
| | Flux
| | 1.5x1012 ph/s (standard foc.), 5x1011 (micro-foc.) at 8 keV | Detectors
| | Si diodes | | Instrument | | 2-m radius IXS spectrometer (horizontal and vertical scattering), 0.5 m radius high-flux spectrometer; high energy / high resolution electron analyzer (30 meV à 12 keV) |
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Scientific Opportunities
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| Hard condensed matter | | Strongly correlated electrons, superconducting materials; mixed-valent compounds and heavy fermions; interfaces and buried layers; More generally, rare earth and transition metal compounds, especially oxides.
>> Resonant IXS, Resonant HAXPES, Auger spectroscopy.
| | Chemistry | | Valence properties and local structure in metallic complexes; in-situ chemical analysis, catalysis, electrochemistry.
>> High resolution x-ray absorption spectroscopy, X-ray fluorescence and resonant emission.
| | Geophysics, biophysics | | Magnetism under high pressure; K-edge of light elements in extreme conditions.
>> Fluorescence, X-ray Raman spectroscopy.
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Contacts
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Employment
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Click here to access to the SOLEIL employment web page
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