Abstract
The loss of coherence between any pair of spin-inverted states is independent of adiabatic (secular), second-order perturbations associated with the electric quadrupole interaction. Thus, consideration of various dephasing mechanisms, commonly ignored for NMR studies of quadrupolar nuclei (I≳1/2), may be important whenever extreme narrowing approximations fail. In this work, the consequences of various magnetic and higher-order electric effects, as well as mutual interferences, are considered in greater detail.
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