…co-location of several elements. The fluorescence intensities were normalized for better visibility. Credit: Hanna Dierks Using modern measurement techniques such as scanning electron microscopy and X-rays, researchers continue to learn…
Do you want to write better proposals? We have gathered information that will help you maximize your chance of getting beamtime at MAX IV. This material is based on the…
…“The initial ideas for this research stemmed from a desire to better understand the environmental impacts of sulphur emissions from maritime shipping. This curiosity was further stimulated by the implementation…
…scientists to better tackle major future societal challenges using synchrotron research. Increase the knowledge and promote the use of advanced synchrotron research methods in academic research and industrial R&D. Reinforce…
…will hopefully turn into new published research advancements, and ultimately lead to better and more environmentally friendly materials that will benefit society through improved products.” The many opportunities for industrial…
…setup. Therefore it is better to book separate shifts for this type of experiment (not on the same beamtime as standard cryo-data collection) Plate types supported chevron_right So far the…
…customisable. An example is intercalating atoms between MXene sheets for energy storage applications such as anodes in supercapacitors and batteries. The fundamental knowledge of the electronic structure and bonding in…
…the outermost layers of the solid and the interface, the boundary between the two phases or matter, are important subjects of physics and chemistry, since in many cases they determine…
…a better catalyst. David Wragg, Senior Engineer from the University of Oslo, lists some of the benefits this study can bring to the industry: “First of all, it is important for…
…researcher in a generation of scientists who deepened the understanding of the new materials that form the basis of our development towards a better and sustainable society. As a pioneer,…