…viable photoelectrode with adjustable Schottky junction. The photoelectrode was developed by growing a tailored number of uniform graphene layers on cubic silicon carbide (3C-SiC) semiconductor, the latter of which captures…
…x 1.9 0.87 x 0.87 10X 1.7 x 1.4 0.65 x 0.65 1.3 x 1.3 20X 0.8 x 0.7 0.33 x 0.33 1.0 x 1.0 * Note: The field-of-view given…
The optical layout of beamlines at MAX IV are typically designed in close collaboration with our optics simulation experts. MAX IV uses a number of simulation tools to perform ray…
…be updated soon) – Ions: 10 eV High field mode – Electrons: 15 eV – Ions (+1 or -1): 10 eV Magnetic Field Helmholtz coils (uncooled) Maximum recommended B-field :…
…is done via 300 mm front “door” (load-lock style). Vessel is equipped with halogen lamps for homogenous environment heating. Base pressure: 1e-5 mbar (not bakeable) Pressure range: 1e-5 mbar –…
…forced vibration, the electrons then produce x-ray beams which are delivered into several specialised experiement stations called beamlines. Here, a diverse number of experiments can occur, thanks to the brilliant light that…
…it can continuously rotate (i.e. without breaking the vacuum) 120 degrees in the horizontal plane. The Vertias beamline supports great variety of experimental environments were a custom manipulator system with…
…applications within MX providing an ideal beamline for most MX experiments. MicroMAX will open new possibilities within the field of macromolecular crystallography by 1) providing an X-ray beam with unique…
…for one year. To apply for a T&E proposal, submit the following information to beamline staff: Title Proposer (MP) Principal Investigator Research Area FORD Classification Number of shifts Abstract Follow…