Glance behind the scenes to see real cryogenic and magnetic measurements.
Had a problem with centring your sample from your data? Mounting point differences PPMS VSM: mounting point is 35mm from the bottom of the sample holder ACMS 2 option: the mounting point is at 25mm from the bottom of the sample holder due to the coil set construction This is a common point of confusion for customers with both […]
From Our Recent Q&A Webinar answered by QDUKI Service Manager, Jordan Thompson In terms of interfacing an external electrical resistance measuring system with either the Dynacool or the MPMS3, it would be helpful to know whether you are referring to hardware or software interfacing and what specifically you are looking to do. PPMS DynaCool For […]
A key benefit of the Lake Shore MeasureReady™ M91 FastHall™ measurement controller is that it can be used with any type of magnet, including a superconducting magnet. One such magnet system is the Physical Property Measurement System (PPMS®) from Quantum Design, which in addition to a superconducting magnet, consists of a low-temperature cryostat, control electronics, and MultiVu® software […]
Join us to learn more about our Broadband Ferromagnetic Resonance (FMR) capabilities for the PPMS, DynaCool, and VersaLab platforms.
The annual IOP Plasma Physics Conference covers all aspects of plasma physics.
Quantum Design Japan and Tohoku University have set up a collaboration lab within Tohoku University, named the “Quantum Design Japan Physical Property Measurement Laboratory.” The entire room is occupied by 6 total MPMS and PPMS instruments! The lab is available by usage fee to academia (including other universities) as well as various companies from industry. […]