Abstract
In the study of turbulent flows by a pulsed NMR method, the signal intensity of the second spin echo in a Carr-Purcell-Meiboom-Gill sequence is measured as a function of the magnetic field gradient. A theoretical expression for the signal intensity has been obtained which seems to explain the experimental data, particularly the dependence of the signal intensity on the magnetic field gradient, more satisfactorily than the previous models.
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