Abstract
The avoided level crossing muon spin resonance(ALC-μSR) technique is a promising new tool that can be used as a highly sensitive microscopic probe of radical motions in zeolites. We report a recent experiment in which this technique was used to identify a muonated cyclohexadienyl radical(C6H6Mu) and explore its reorientational dynamics in NaUSY. The observed evolution of the ΔM=1 ALC resonance lines are interpreted in terms of the site exchange dynamics of the radical.
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