…Speaker: Prof Jonas Weissenrieder, Materials and Nano Physics, Applied Physics, KTH, Sweden Host: Dr Andrey Shavorskiy, manager at HIPPIE beamline Keywords: heterogeneous catalysis, x-ray photoelectron spectroscopy, green catalysis The chemical flexibility of…
…of Enzyme Inhibitors by Docking of Commercial Chemical Space. J Med Chem 60(19):8160-8169. Structure and dynamics of solid-sate formulations of biologics chevron_right Project title: Structure and dynamics of solid-sate formulations…
…Published 11 January 2021 Patrick Alexandre, Rachid Ben El Fekih, Antoine Letrésor, Serge Thoraud, José da SilvaCastro, François Bouvet, Jonas Breunlin, Åke Andersson, Pedro Fernandes Tavares https://doi.org/10.1016/j.nima.2020.164739 Commissioning and operation…
…institutions and develop jointly techniques and equipment resulted in a number of successful projects funded by European funding bodies. These projects have the common goal of optimising services and guaranteeing…
…design and metrology lab E-mail: Peter.Sondhauss@maxiv.lu.se Louisa Pickworth Research engineer Responsibilities: X-ray optics design, support and metrology E-mail: Louisa.Pickworth@maxiv.lu.se Maxime Lebugle Research Engineer E-mail: maxime.lebugle@maxiv.lu.se X-Ray Optics Team E-mail: optics@maxiv.lu.se…
…in vertical and horizontal directions. The optics hutch also includes four diagnostics units. The hDCM and diagnostics units were delivered by FMB Oxford, the hDMM by Axilon, and the focusing mirrors by IRELEC….
…study’s lead author apl. Prof. Dr. Martin Jourdan of the Institute of Physics at Johannes Gutenberg University of Mainz. He went on to explain that the team managed to demonstrate…
…RF Electron Gun Measuring devices Misc. Electronics Diagnostics The diagnostics team focus is to deliver good diagnostics which is needed to provide good quality beam for the users. To reach…
On this page you will find an overview of the X-ray optics that have been designed for DanMAX. You can read more about the beamline and the optics in the…
…maximum magnetic field 1.13 T Design APPLE II design with permanent magnets Energy (wavelength) range 4.5 – 1300 eV Polarization Linear, circular and elliptical Beamline optics The optical layout of…