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Please browse the submenues on the left to get more information about crystal requirements and the application process….
Please browse the submenues on the left to get more information about crystal requirements and the application process….
…can probe more complex and heterogeneous materials. This capability extends the range of potential applications, from characterizing internal defects in hard materials to understanding the internal structure of soft tissues…
…the coming decade. The strategy proposes a so-called sector approach and explains how resources will be used strategically to reach the short-term and long-term goals for 2021–2030. For questions or…
The study of nanomaterials attracts interest because of their wide range of applications and improvement possibility. Understanding a nanomaterial’s atomic structure is crucial in the efforts of improving their properties….
X-ray source (EPU) Elliptically polarising undulator (APPLE-II type), 48 mm period, 1st harmonic 173-1650 eV Energy range 275 – 2500 eV, using 1st and 3rd harmonic of the EPU Vertically…
…stability, and chemical versatility, offering the next level of material exploration for future applications. We sat down with Craig Polley, Bloch beamline manager, to talk about this research surprise and…
…pore size distribution in nano filters for high-performance applications.Being the anti-particle of electrons, positrons are used to probe material defects at low concentrations and with high sensitivity. With the advantage…
…different range of length scales, as schematically illustrated in the figure. The standard approach is parallel-plate geometry, with PLI monitoring the velocity-velocity gradient plane, but concentric-cylinder geometry is also possible….
Research on gas phase molecules, aerosols, liquids and free clusters Investigating the interaction of light with molecules/clusters/liquids/aerosols and the determination of the properties of these systems and/or the dynamics that…
…neuromorphic applications by mimicking the biological brain.” Publication Mamidala Saketh Ram et al High-density logic-in-memory devices using vertical indium arsenide nanowires on silicon open_in_new Nature Electronics, 2021 DOI: 10.1038/s41928-021-00688-5 open_in_new…