InterFace Beamline

dedicated to

Surfaces and Interfaces

The Centre National de la Recherche Scientifique (CNRS) and the Commissariat à l'Energie Atomique et aux énergies alternatives (CEA) have jointly constructed and now operate the CRG-IF beamline at ESRF in order to propose powerful X-ray beams to french surface researchers. One third of the beamtime is allocated in counterpart to the european scientific community. This beamline opened at the beginning of the ESRF, was the first CRG Beamline operational. BM32 is now composed of technical and scientific staff coming from CNRS (UMR SyMMES CNRS-CEA/IRIG and Institut Néel), and CEA (DRF/IRIG/MEM).

logoIF.tif CNRSfr-grand.jpg logoIN.jpg logo_CEA.png logoIRIG.jpg

CRG-IF beamlime is member of the 5 french beamlines located at the ESRF forming the F-CRG facility.

CRG-IF beamlime is currently involved in major french national projects:

  • PIA3 Equipex+ MAGNIFIX: beamline refurbishment and new X-ray capabilities
  • Automation of the synchrotron beamline platform within PEPR DIADEM. We offer a 2-year position on Machine learning AI developments for a high-throughput materials science beamline (see below and in JOB OFFERS tab).

CRG-IF beamtime can be asked both through the ESRF and the SOLEIL program committees.

Deadlines for proposal submission (to be confirmed):

September 1st 2023 for ESRF beamtime

September 15th 2023 (5:00 PM) for CRG beamtime.

The beamline is currently closed the installation of new LaueMAX station, funded by MAGNIFIX project EquipeX+, external user beamtime should restart:

INS2 & GMT: 1rst-15th October 2023

Current Laue station: 1rst-15th October 2023

New Laue station: LaueMAX : 15th January 2024

News from the beamline

Works for MAGNIFIX project on the beamline are progressing well and are on time:

- New lead panels and roof for LaueMAX hutch installed

- State-of-the-art long Mirrors and KB Mirrors currently manufactured

- Design phase of LaueMAX instrumentation completed



WE WELCOME NEW COLLABORATORS for our new exciting scientific and technical DEVELOPMENTS!

The beamline and associated labs hire phD canditate, post-doc, and 2-year contract positions in materials science, advanced x-ray characterisation technique, machine learning AI based data analysis and beamline instrumentation automation.

And to be confirmed soon:

  • CEA 2 years post-doc position located on CRG-IF BM32 beamline at ESRF for the study of metallurgical materials for nuclear energy: developement of optimised workflow for structural data measurements, analysis and interpretation. Possible design of Machine Learning AI based approach and software. Please contact us for more details.
  • CEA 2 years Machine Learning AI post-doc position located at CEA Paris SACLAY with strong collaboration with CRG-IF BM32 beamline at ESRF for the design of Machine Learning AI based approach and software for the automatic anomaly detection in beamline x-ray beam optics beam conditionning. Please contact us for more details.


Last 5 years CRG-IF BM32 beamline science and capabilites are described in the report to the BeamLine Review Panel.

Two instruments are available to offer a complementary characterization of surfaces and interfaces in soft and hard condensed matter, with monochromatic and few 100 µms sized beam, by means of scattering X-ray techniques from 5 to 27 keV:

  • (1) In-situ study of atomic layers growth under ultra high vacuum is allowed in the In Situ Nanostructures and Surfaces (INS2) hutch.
  • (2) The multitechnic goniometer (GMT) working in air offers large possibilities to investigate interfaces between different elements or states of matter.

A Laue diffraction instrument designed for submicronic spatially-resolved white (polychromatic) beam diffraction. Beamsize: 300x300 nm2 Continuous energy spectrum in 5-22 keV range:

  • (3) Determination of the local orientation, strain (lattice paramaters) and stress at submicrometre scale in microstructures (2D maps and 3D profles) and microobject by Laue microdiffraction (LaueMax)

Beamtime can be allocated by submitting proposals to two scientific program committees:

  • French or CRG beamtime through French committees (shared with SOLEIL synchrotron committees)
  • standard ESRF beamtime through ESRF international committees.

When choosing the suited instrument for your experiments during the electronic submission procedure please:

  • for UHV + goniometer in INS hutch (former name SUV)                                           select                IF-INS
  • for GMT goniometer (monochromatic beam) in GMT hutch                                     select                IF-GMT
  • for Laue Microdiffraction installation (white beam) in GMT hutch                        select               IF-µLaue

Please don't hesitate to have a look at:

ESRF user guide or call/mail staff members, the user office or the CRG office.
See more details in BM32 User guide


In case of troubleshoutings, issues with instruments & software, get prepared with your future experiments environment: BM32 WIKI


Beamline activites and capabilities are described in the pages of this website. Scientific production is listed in Beamline & Publications and with corresponding impact metrics: