Abstract
A sensitive magnetic double-resonance method for magnetic resonance force microscopy is presented. Rare nuclei with low gyromagnetic ratio are imaged with enhanced sensitivity via abundant high-$\ensuremath{\gamma}$ spins using a frequency-swept cross-depolarization technique. One-dimensional experimental images with micrometer resolution are presented, and application as a contrast method for magnetic resonance force microscopy imaging of high-$\ensuremath{\gamma}$ spins is described.
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