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#Followascientist

The major upgrade that is ongoing at the beamline ID27 will provide significantly higher photon flux density and higher coherence, especially for photon energies above 20 keV, i.e. the energy range most relevant for diffraction and imaging at extreme conditions. This will enable a new class of nano-X-ray diffraction, X-ray fluorescence and X-ray imaging studies under extreme Pressure-Temperature conditions. The direct impact on studies at extreme conditions is that higher pressure and temperature states, which can be generated only in smaller volumes, will be finely characterized. Transient processes under extreme conditions will be observed and submicron sample heterogeneities will also become accessible, at the microsecond time scale, with a deeper understanding of processes such as transport or crystallisation/melting, under extreme conditions.  The new, upgraded high-pressure beamline ID27 will have much higher flux and smaller beam than its predecessor, as well as better detectors. It will enable ultra-high pressure experiments, time-resolved experiments, 2-D micro-fluorescence mapping and in situ X-ray imaging. Video by Montserrat Capellas Espuny and Mark McGee. You can follow us on: www.esrf.eu    / lightforscience   facebook.com/esrfsynchrotron twitter.com/esrfsynchrotron linkedin.com/company/ESRF-TheEuropeanSynchrotron instagram.com/esrf_synchrotron Copyright © 2021 ESRF.