Indirect phase detection of NMR spinor transitions
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Date
1986-07
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The American Physical Society
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Abstract
The behavior of quantum mechanical state functions under selective rotations is discussed. If a two-level transition is phase shifted with composite z pulses, the component state function shared with a connected transition can be multiplied by i, thereby shifting the corresponding coherence into an orthogonal channel. Application to the sensitive indirect detection of NMR transitions is demonstrated.
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Suter, D.; Pines, A.; Mehring, M.: Indirect phase detection of NMR spinor transitions. In: Physical Review Letters Nr. 2, Jg. 57(1986), S. 242-244.