Abstract
A microwave-μSR (μWμSR) spectrometer has been developed which operates in the frequency region of 1–2 GHz. The spectrometer geometry is that of longitudinal field (LF)μSR and is typically used in time integral measurements. The high frequency of this instrument distinguishes it from the currently used RFμSR spectrometers and allows high field measurements to be made for normal Mu type systems. This allows one to avoid low field broadening mechanisms that may be present, either from electronic spin-lattice relaxation or nuclear hyperfine interactions.
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