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Dec 8 – 10, 2020 Online only
Online event
Europe/Berlin timezone

NREX - neutron reflectometer with X-ray option

Dec 9, 2020, 2:30 PM
3h 30m
Online event

Online event


Yury Khaydukov (Max-Planck Institute for Solid State Research)


The high resolution neutron/ X-ray contrast reflectometer NREX, operated by the Max Planck Institute for Solid State Research, is designed for the determination of structural and magnetic properties of surfaces, interfaces, and thin film systems.
The instrument is an angle-dispersive fixed-wavelength machine with a default wavelength of 4.28 Å. A horizontal focusing monochromator gives the possibility to switch between modes “high intensity/ relaxed resolution” and “high resolution/ reduced intensity” and provides a beam especially for small samples (down to 5×5 mm2 and below). A Beryllium filter attenuates higher order reflections. Transmittance supermirrors m = 3.5 with a polarizing efficiency of P>99% and high efficiency gradient RF field spin flippers are used for a full 4 spin channel polarization analysis.
The sample is aligned horizontally. By tilting the sample the incident angle is varied. The detector arm can move for GISANS horizontally as well as vertically for specular and diffuse scattering measurements. Neutrons are detected with a 20 x 20 cm² position sensitive or a pencil detector. An X-ray reflectometer can be mounted on the sample table orthogonal to the neutron beam. It allows for the in-situ characterization of sensitive soft matter samples and neutron/ X-ray contrast variation experiments.

Primary authors

Yury Khaydukov (Max-Planck Institute for Solid State Research) Franz Tralmer Thomas Keller (MPI for Solid State Research, Stuttgart) Prof. Bernhard Keimer (Max-Planck-Institut für Festkörperforschung)

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