Nuclear Magnetic Resonance Spectroscopy

摘要

Over the past fifty years, nuclear magnetic resonance spectroscopy (NMR) has gained popularityin a wide variety of research areas. Its non-invasive character makes it ideal for the study ofbiomolecules and tissue samples. The possibility of determining the solution structure of moleculeswith the use of NMR has led to important advances in many areas including pharmacy, biology, botany,medicine, sensor design, study of polymers and more. The technology used in spectrometer and probedesign have advanced to allow the study of molecules in solids, liquids, and gels. Additionally, data inthe form of images, multidimensional spectra, or relaxation profiles can be obtained to study systemsfrom different fronts. The possibility of detecting multiple nuclei allows intimate examination andcharacterization of a wide variety of materials.