Abstract
Nuclear magnetic resonance on oriented nuclei was performed for the first time using as host matrix a hexagonal Co single crystal magnetized perpendicular to the c axis. The radioactive isotope $^{191}\mathrm{Pt}$ was implanted using the mass-separator ISOLDE-3 at CERN. In comparison to the case of magnetization parallel to the c axis, a drastic enhancement of the resonance signal was observed. This observation opens new possibilities for precise measurements of nuclear moments of short-lived isotopes far from stability.
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