Radio Frequency

…RF designs requires custom PCB layouts. The RF group is making designs of strip line kickers, RF cavities using Comsol©, CST microwave studio© and Superfish. Wake field calculations using CST…

Create a Session

…24h period. Please note: If your proposal is scheduled for more than one trip to MAX IV, e.g., one visit in February and one visit in March, please create separate…

Full-field microtomography

…sCMOS camera. Optical microscope The ForMAX endstation features a high-resolution white-beam optical microscope from Optique Peter, with a triple objective lens configuration allowing the selection of three different magnifications by…

Sample environments and equipment

…the vertical axis (minimum SDD ~170 mm), rotation around the horizontal axis centered on the hexapod (minimum SDD ~170 mm), and rotation around the horizontal axis downstream end on the…

Low Density Matter

…and at MAX IV we strive to meet the experimental needs of our ever -expanding and -evolving community. LDM-relevant beamline We offer access to a number of LDM-relevant beamlines (highlighted…

One Time Password (OTP)

…(TOTP). The one-time password can be distributed via email, SMS or be generated via an application on your mobile phone. Both email and SMS methods have inherent weaknesses and will…

Staff

…Matter, Chalmers University of Technology, Gothenburg, Sweden. Ann Terry Beamline Scientist E-mail: Ann.Terry@maxiv.lu.se Phone: +46462224312 Kim Nygård Scientist E-mail: Kim.Nygard@maxiv.lu.se Phone: +46462226603 Roland Kádár Professor, Chalmers E-mail: roland.kadar@chalmers.se Marko Bek…

Recruitment process

…be contacted over e-mail or phone to be invited for an interview. The candidates who are not successful in this part of the screening will get an autogenerated e-mail once…

Beamline optics

From left to right: in-vacuum wiggler, FE mask, wall, low-E filters, alignment laser, CM, DCM, slit, fluorescent screen, FM, slit, fluorescent screen, sample Source: in-vacuum wiggler Total length 2 m…