Instrumentation

In the SAM team we work with a wide range of instruments and the following are some highlights. Theodolite Theodolite Vibrometer Laser tracker Seismometer Accelerometers Seismometer Vibrometer Good dog Microphone

Guide to IT services

…related simulations and modeling. For detailed usage insstructions, see: LUNARC Contact For questions related to data access, please contact Thomas Eriksson. Thomas Eriksson Manager IT Infrastructure E-mail: Thomas.Eriksson@maxiv.lu.se Phone: +46462226671…

Full field imaging

…around the LAB Motion Systems air-bearing rotary stage RT150U, offering an exceptional level of precision with 20 nm radial and axial error motion. A synchronous slave motor, in conjunction with…

Sample Environments

At the Diffraction Station, samples are mounted in air and at room temperature. We have a few standard sample holders for various measurement types. Any other sample support that is…

Solid-state end station

…of pumping from air pressure. The STO can store 12 samples at the base pressure of 5×10-10 mbar. The ANA is currently capable of photoelectron spectroscopy (PES) and X-ray absorption…

Technical Infrastructure

The Technical Infrastructure team is part of Engineering II and is in charge of Cooling, Ventilation, Compressed air, Cryo and gas systems. The team supports the entire MAX IV laboratory…

Preparation chamber

…Open cycle, compressed air or “cold gas” N2 Temperature control Home-made sampleplates with a thermocouple Thermocouple on cryostat Pyrometer Sputtering Dedicated Ar line, automated sputtering (*under development) Characterization LEED and…

Beamline optics

…(KB) super-polished plane elliptical mirror pair, inc. angle 1°, Au-coated, at 46.1 & 46.5 m (M4, M5) STXM: Fresnel zone plate (ZP), normal incidence, various sizes Beam size at sample…

STM experimental station

…pressure in FEL chamber necessary for introducing the samples from air to UHV (~ 1e-7 mbar) is ~ 1.5 hours with the dedicated turbo and ~ 8 hours via gas…