Over the past two decades, there have been significant advancements in neutron diffraction performed in high magnetic fields, with experiments now pushing boundaries to fields as high as 40 T. This progress stems from the development of specialized pulsed field devices, using either short or long duration pulsed magnets [1, 2].
In this presentation, I will provide an overview of the 2 K/40-T...
In this talk, I will be presenting the two instruments managed by the LLB at the ILL, SAM and SHARPER, a small-angle neutron diffractometer and a cold time-of-flight spectrometer, respectively. The presentation includes a brief history of their installation, an overview of their current capabilities, some examples from recent users' experiments, and the planned upgrades for the near future.
