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Cited by 19 publications
(16 citation statements)
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“…The geometry and optics of the beamline have been designed to deliver the highest flux available at the exit of a SOLEIL bending magnet by using cylindrically bent mirrors and a sagitally focusing double crystal monochromator for focusing the beam in the vertical and horizontal planes, respectively. The optical scheme is then very similar to the one which can be found on the FAME beamline [2] at the ESRF or previously on the H10 beamline [3] at LURE. Due to the high flux available (typically 10 12 and 5.10 11 ph/s at 5 and 20 keV, respectively in a 200 × 200 µm 2 spot at the sample position), this set-up configuration will concern experiments aiming to characterize dilute species such as minor components of heterogeneous catalysts.…”
Section: The Samba Beamlinesupporting
confidence: 61%
See 1 more Smart Citation
“…The geometry and optics of the beamline have been designed to deliver the highest flux available at the exit of a SOLEIL bending magnet by using cylindrically bent mirrors and a sagitally focusing double crystal monochromator for focusing the beam in the vertical and horizontal planes, respectively. The optical scheme is then very similar to the one which can be found on the FAME beamline [2] at the ESRF or previously on the H10 beamline [3] at LURE. Due to the high flux available (typically 10 12 and 5.10 11 ph/s at 5 and 20 keV, respectively in a 200 × 200 µm 2 spot at the sample position), this set-up configuration will concern experiments aiming to characterize dilute species such as minor components of heterogeneous catalysts.…”
Section: The Samba Beamlinesupporting
confidence: 61%
“…The DiffAbs (Diffraction-Absorption) beamline of SOLEIL partially resulting from the transfer of H10 [3], the last beamline built around the DCI storage ring at LURE, is specifically optimised to fulfil this purpose. The H10 beamline is described in this review by the article of Gailhanou et al with the emphasis on catalysis issue and the example of Xray diffraction studies of zeolite samples at low energy.…”
Section: Coupled Absorption-diffractionmentioning
confidence: 99%
“…Anomalous X-ray diffraction measurements were carried out at the H10 beamline at the 1.85 GeV DCI storage ring of the LURE facility at Orsay (France). This beamline [17] was devoted to the investigation of poorly crystallized materials by combining X-ray absorption spectroscopy (XAS) and X-ray diffraction (XRD) in the 4-20 keV energy range. The photon source was a bending magnet on the DCI storage ring.…”
Section: Anomalous X-ray Diffractionmentioning
confidence: 99%
“…The EXAFS experiments have been performed on the H10 beam line at LURE/DCI [19] (Laboratoire pour l'Utilisation du Rayonnement Electromagnétique, Orsay, France). Spectra were obtained on the La L III (E 0 = 5.483 keV) and Lu L III (E 0 = 9.244 keV) absorption edges for 10-90 and 20-80 mol% LaF 3 -LiF, and 20-80 and 58-42 mol% LuF 3 -LiF mixtures, respectively.…”
Section: Exafs Measurements In Molten Fluoridesmentioning
confidence: 99%