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Technique for Importing Greater Evolution Resolution in Multidimensional NMR Spectrum
Authors:Gary McGeorge  Jian Zhi Hu  Charles L Mayne  DW Alderman  Ronald J Pugmire  David M Grant
Institution:Department of Chemistry, University of Utah, Salt Lake City, Utah, 84112
Abstract:A very simple and general procedure that extracts constant-evolution-frequency data from a truncated multidimensional (2D, 3D, 4D, etc.) FID is described, generalized, analyzed, and illustrated. The method replaces Fourier transformation of the evolution dimension with a linear model created from a separate, high-quality 1D FID. The equivalent of high resolution in the evolution dimension can be achieved without obtaining an extensive multidimensional FID. The analysis of the 1D FID can also be used to predict the signal to noise ratio of the extracted slices that will result from various evolution dimension sampling protocols, making it possible to developa priorian optimal sampling strategy for the multidimensional FID. The evolution dimension need not be sampled periodically. The procedure has a potential signal-to-noise ratio advantage because it extracts usable information from a multidimensional FID at short evolution times before the magnetization has decayed significantly.
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