Electrochemistry
…with the exception of some strong acids that are corrosive to the stainless steel chamber. Sulfur containing electrolytes are also not permitted due to contamination issues. Please contact the beamline…
…with the exception of some strong acids that are corrosive to the stainless steel chamber. Sulfur containing electrolytes are also not permitted due to contamination issues. Please contact the beamline…
X‐ray imaging approaching the low nanometer range is one of the most rapidly and strongly developing areas at all modern synchrotrons, e.g., ESRF, PETRA III, APS, Soleil or NSLS II….
…nanosheets. Their properties were unique: strong and brittle like ceramics, yet good conductors of heat and electricity like metals. They could be synthesized with different termination species that influence transport…
…proposal. We strongly recommend that you contact them well in advance of proposal submission to discuss the experimental requirements, feasibility, and safety in order to have the best chance of…
…The ultra-low emittance is the result of the strong focusing provided by the multi-bend achromat lattice. A fully NEG-coated copper vacuum system and highly compact magnets machined from common iron…
…list of European projects involving MAX IV. CURRENTLY ACTIVE PROJECTS HALRIC chevron_right The HALRIC project is an EU-supported initiative to increase the utilisation of the strong and unique life science…
…in the beginning of the Fall 2024 run. Since this functionality overlaps with BioMAX we strongly encourage users to apply for both beamlines so that the choice of beamline can…
…a strong and successful LDM community has been active at the lab since its inception. A variety of cutting-edge spectroscopic methods are essential to the work of our LDM community…
…ScientaOmicron UHV systems. It is strongly recommended to get in touch with the lab staff well before your experiment if you are planning to use DC sampleholders. Standard (ScientaOmicron, Prevac,…
…Whereas the chemistry and structure of native oxide films are known to strongly influence the lifespan of industrial metallic materials, knowledge of these oxides on superalloys is relatively limited. X-rays…