Published on Web[removed]GFT NMR, a New Approach To Rapidly Obtain Precise High-Dimensional NMR Spectral Information Seho Kim† and Thomas Szyperski* Contribution from the Department of Chemistry, UniVersity at Buff - Nuclear Overhauser effect - Document - PDFSEARCH.IO

First Page	Meta Content
	Published on Web[removed]GFT NMR, a New Approach To Rapidly Obtain Precise High-Dimensional NMR Spectral Information Seho Kim† and Thomas Szyperski* Contribution from the Department of Chemistry, UniVersity at Buff Add to Reading List Document Date: 2005-08-12 15:46:09 Open Document File Size: 20,56 KB Share Result on Facebook City Piscataway / San Diego / Oxford / / Country United States / / Currency USD / / / Facility The State UniVersity of New York / Rutgers University / / IndustryTerm chemical shifts / indirect chemical shift measurements / data processing / chemical shift degeneracy / chemical shift multiplets / / Organization American Chemical Society / Rutgers University / State UniVersity of New York / Department of Chemistry / / Person Thomas Szyperski / / ProvinceOrState New Jersey / / RadioStation J. AM / / Technology Genomics / spectroscopy / radio frequency / S/N / / SocialTag Spectroscopy Science Two-dimensional nuclear magnetic resonance spectroscopy Chemical shift Nuclear Overhauser effect Free induction decay Carbon-13 NMR Solid-state nuclear magnetic resonance Nuclear magnetic resonance Physics

Published on Web[removed]GFT NMR, a New Approach To Rapidly Obtain Precise High-Dimensional NMR Spectral Information Seho Kim† and Thomas Szyperski* Contribution from the Department of Chemistry, UniVersity at BuffAdd to Reading List