HiFi The high-field muon instrument at ISIS

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Presentation transcript:

HiFi The high-field muon instrument at ISIS https://www.isis.stfc.ac.uk/Pages/hifi.aspx Contact: james.lord@stfc.ac.uk, mark.telling@stfc.ac.uk (7) where, (7) where, (8) and, (8) and, (9) (9) HiFi The high-field muon instrument at ISIS Provides applied longitudinal fields up to 5 Tesla The magnet is a 5T superconducting split-pair, with high field homogeneity over the sample volume and actively compensated stray field. It has additional z-axis coils up to 400G for small changes to the main field (for example, for sweeping through level crossing resonances) as well as 100G x- and y-axis transverse coils for calibration measurements, etc. Full vector fields are available Application & Investigation Energy Ionic motion Muon implantation Environment Conduction mechanisms Photo excited spin relaxation Functional Materials Hydrogen dissociation Muon trapping Electronics/IT Spin transport Impurity effects Fundamental Science Magnetic ordering and frustration Superconductor flux penetration Chemistry and Catalysis Radical structure and dynamics Hyperfine coupling constants Bio-Science Radical formation Ion conduction Electron transfer Why High Fields? Higher fields can: Extend the range of accessible fluctuations, correlations, diffusion and dynamics across a broad range of systems Give access to new regions of magnetic phase diagrams and allow state preparation in, for example, frustrated systems Give access to more level crossing resonances, many of which are in the 0.5 to 2T range, for spectroscopy and molecular dynamics studies; Open up the full range of nuclei for RF-decoupling techniques Versatile Sample Environment HiFi offers the following sample environment equipment: CCR (10K - 600K) Flow cryostat (4K - 400K) 4He cryostat (1.5K - 300K) Dilution fridge (30mk - 300K) Reflector furnace (300K- 1500K) 3He insert 350mK - 300K (coming soon) Oil cooled/heated (-40 to +200C) sample stage However, it also allows for: Gas handling RF measurement Liquid circulation E-fields application Laser induced photo-excitation Flypast capability for small samples Continual Improvement improved detector stability improved asymmetry with degraders improved beam stability (coming soon) Want to know more? Muon Science Impact Brochure (coming soon) Above: ALC data for tert-butyl muoniated radicals formed by implanting muons into gaseous isobutene (S.Cottrell et al)