Abstract
The High Field Magnet Laboratory at the University of Nijmegen is capable of producing continuous magnetic fields up to 30 T. The highest fields are generated using hybrid magnet systems which combine an external superconducting magnet providing the background field with a smaller resistive coil energised from a 6 MW power supply. For effective use of these facilities a broad range of instrumentation has been developed. Of great importance is the capability to maintain millikelvin temperatures, and a plastic dilution refrigerator designed and constructed at Nijmegen has demonstrated a base temperature of well below 30 mK in 30 T.
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