…application to challenging biological problems. MAX IV, the pioneer in multi-bend achromat synchrotron technology, would like to invite the synchrotron and free electron laser (FEL) Life Science community to Lund…
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…endeavoured to image the structure initially using the microscopy in real time with voltage changes to see how atoms move. Essentially, looking for how the oxygen lattice would be displaced…
…solid and gas samples. 90 deg for liquid samples. – Sample temperature 8 – 300 K – For detailed information about the endstation and sample environments, please visit here: https://veritasdocs.maxiv.lu.se/…
…/ Processing and manufacturing … and you will be taken on a virtual lab tour. There is also a unique opportunity to send in a sample/case study beforehand that will be investigated…
Visualisation of NanoMAX KB system The Mechanical Design Team assists with design of most components in our facility from simple brackets to custom designed endstations, all this in cooperation with…
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…Systems: vacuum, magnets and power supplies, water cooling, and insertion devices. Beamline optics and end stations Water cooling control Ventilation systems Radiation safety Collaboration The automation team collaborate with all…
…is the legal entity of the laboratory. Until the end of 2015, MAX IV Laboratory included both the operation of MAX-lab (MAX I, II, and III) and the MAX IV…
…it works. Place: MAX IV – Fotongatan 2, Lund Time: Tuesday the 24th of May at 14.00-16.00 Sign up: Send an email with the name, organisation and email address of…