Experimental station

…when in full operation, be second to none for demanding protein structure solutions. MicroMAX will from the start offer several sample delivery methods including traditional rotational data collection and new…

Science at MicroMAX

…data and serial crystallography data using different sample delivery systems. The design and performance of the beamline is defined by the possibilities to collect: high-quality data from microcrystals, data at…

Research projects

…and magnonic) properties and phenomena in novel directlychemical vapor deposited 2D material heterostructures and their functionalized defect-passivated systems, and develop innovative devices. Here we explore a new direct growth of…

Sample environments and equipment

…±50 mm in the vertical direction and up to ±75 mm in the horizontal directions. To simplify mounting and exchanging different setups we have designed a bespoke kinematic mount. Detailed…

MAX IV involvement in European projects

…that the tools and processes offered to the broad scientific community are constantly improved and developed further. This allows scientific breakthrough and preparedness to address Sustainable Development Goals. Moreover, the…

Experimental station

…grazing incidence angle, 1750 l/mm, 0.02/0.1arcsec RMS slope error Delayline detector 80 mm MCP based delay line detectors with time gating Detector and Time-gating The main detector for the spectrometer…

ICE Endstation

…and momentum imaging techniques along with the linearly/circularly/elliptically polarized soft x-rays delivered by the beamlines, it will be possible to investigate photo-induced reactions and to obtain kinematic information on specific…

Modelling electrochemical potential for better Li-batteries

…affect redox reactions on the solid-liquid interfaces during Li-ion battery operation? Probing gold and copper model electrodes with ambient pressure photoelectron spectroscopy (APPES) during lithiation (charge transfer), the team was…