I. Ultrasensitive surface NMR using parahydrogen spin labeling. II. High-resolution optical NMR of semiconductor heterostructures using larmor beat detection
This dissertation presents two techniques for ultrasensitive high-resolution nuclear magnetic resonance. The first exploits the spin order inherent in spin-symmetry enriched H2 to achieve orders of magnitude improvement in the sensitivity of surface NMR over traditional techniques. The second uses a...
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