Abstract
One-dimensional (1D) analogues of two-dimensional NMR experiments are discussed as a method of saving instrument time and data storage space. Two-dimensional NMR experiments can be converted to their 1D analogues by replacing a hard pulse with a selective pulse and by replacing all variable delays with fixed delays. The experiments described can be performed on spectrometers that do not have pulsed-field gradients or pulse-shaping capabilities. Examples of some 1D analogues are presented using DANTE pulses for selective excitation. © 1996 John Wiley & Sons, Inc.
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