Abstract
The use of the adiabatic half passage ( T 1 ϱ ) technique for the measurement of the relaxation times T 1 and T 2 for systems containing closely spaced resonances or large solvent peaks has been investigated. An analytic function for the time dependence of the dispersion mode signal employed in this technique has been developed and the conditions are given for the successful measurement of relaxation times in the presence of neighboring resonances. The modification of a JEOL-4H-100 spectrometer to measure nuclear magnetic resonance relaxation times is also described.
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