Materials Imaging and Dynamics MID@EuXFEL (MID)
The scope of the MID instrument are material science experiments using the unprecedented coherent properties of the X-ray laser beams of the European XFEL. The scientific applications reach from condensed matter physics, studying for example glass formation and magnetism, to soft and biological material, such as colloids, cells and viruses. Several X-ray scattering and imaging techniques will be offered taking advantage of coherence, flux, and ultrashort duration of the X-ray pulses.
Materials Imaging and Dynamics MID@EuXFEL in Helmholtz Imaging CONNECT:
Hard X-ray full-field nanotomography is an ideal technique to study the inner structure of materials non-destructively at high spatial resolution, covering research areas suchas material science, biology and medical research.
(from https://bib-pubdb1.desy.de/record/471334)