A study of the precision of average Hamiltonian theory for spin I=1, 3/2 and 5/2 nuclei by investigating a two pulse quadrupolar echo sequence

In this work we investigate the accuracy of controlling spin I=1, 3/2 and 5/2 systems by average Hamiltonian theory. By way of example, we illustrate the precision one can achieve by this perturbation scheme compared to an exact solution computed by a numerical solution of the von Neumann equation f...

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Published in:AIP conference proceedings 2008-02, Vol.1140, p.85-92
Main Authors: Mananga, E S, Hsu, C D, Ishmael, S, Boutis, G S
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Hsu, C D
Ishmael, S
Boutis, G S
description In this work we investigate the accuracy of controlling spin I=1, 3/2 and 5/2 systems by average Hamiltonian theory. By way of example, we illustrate the precision one can achieve by this perturbation scheme compared to an exact solution computed by a numerical solution of the von Neumann equation for a simple two pulse echo cycle. We study this precision as a function of the quadrupolar coupling as well as various experimental parameters, such as the pulse spacing and pulse width.
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title A study of the precision of average Hamiltonian theory for spin I=1, 3/2 and 5/2 nuclei by investigating a two pulse quadrupolar echo sequence
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