X-ray technology plays a vital role in medicine and scientific research, providing non-invasive medical imaging and insight into materials. Recent advancements in X-ray technology enable brighter, more intense beams and imaging of increasingly intricate systems in real-world conditions, like the insides of operating batteries.
materials that can withstand bright, high-energy X-rays—especially those from large X-ray synchrotrons—while maintaining sensitivity and cost-effectiveness.
During an X-ray scattering experiment, a beam of photons—or light particles—travels through a sample being studied. The sample scatters the photons, which then strike the detector material. Analyzing how the X-rays are scattered gives scientists a view of the sample's structure and makeup. Driven by the need for better detector materials, the team analyzed the performance of cesium bromide. Perovskites have simple structures with highly tunable properties, making them suitable for a range of applications.
"At beamline 11-ID-B at the APS, we assessed crystals made using these two strategies and how they do under a wide range of synchrotron fluxes," said Kanatzidis."The results were quite astonishing."
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