The beamline is specialized in XRPD, SAXS, WAXS with micro- and nano-focused beam.
(in transmission and grazing incidence)
All these method can be combined with simultaneous XRF (X-ray fluorescence spectroscopy).
Beam coherence can be exploited for Bragg and forward Tomography. However these methods require solid experience on the side of the users.
For all 3D methods please contact beamline staff for feasibility and data evaluation requirements before submitting a proposal.
The available beam parameters such as spot size, divergence, and flux vary with the incident photon energy. Various combinations of scanning mode, beam size, and fluorescence mode are available depending on the technique chosen.
For a complete description of the technical capabilities of the beamline, visit the Technical information page.
Alfreider M., Burtscher M., Keckes J.F., Kunnas P., Sztucki M., Weissitsch-Reiner L., Bachmaier A., Meindlhumer M.,
Materials & Design 266, 116206-1-116206-14 (2026)
Beck L., Messager C., Caffy I., Gonzalez V., Cotte M., Foy E., Bonnaillie P., Maury C.,
Heritage 9, 128-1-128-14 (2026)
Brizzi S., Vettori S., Franceschini M.M.N., Osticioli I., Salvadori B., Magrini D., Chiarantini L., Picone R., Spinosa A., Riminesi C.,
Journal of Cultural Heritage 80, 459-469 (2026)
Calandra S., Cantisani E., Salvadori B.,
Talanta 299, 129076-1-129076-11 (2026)
Cantamessa A., Schemenz V., Blouin S., Volders T., Amini S., Rummler M., Liu J., Berzlanovich A., Weinkamer R., Wagermaier W., Hartmann M.A., Ruffoni D.,
Small Structures 7, e202500612-1-e202500612-17 (2026)
Hafemann Fragal E.H., Piaget N., Karrouch M., Blésès D., Sztucki M., Putaux J.L., Jean B., Lancelon-Pin C., Bailly L., Orgéas L., Holzinger M., Hengl N., Burghammer M., Tucoulou Tachouères R., Pignon F.,
Journal of Colloid and Interface Science 722, 140776-1-140776-14 (2026)
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European Synchrotron Radiation Facility - 71, avenue des Martyrs, CS 40220, 38043 Grenoble Cedex 9, France.