Since its inception, NMR spectroscopy has become one of the most useful analytical techniques available to the chemist. It is especially useful for solving complex structure elucidation problems, because it yields detailed structural information about the surroundings of specific atoms within molecules. Chemical shifts, intensities, and multiplicities of NMR resonances are all helpful in structure elucidation. Many nuclei can be used in modern NMR analyses, including 'H, nR, I3C, 15N, ,70,19F, 29Si, andalP; however, the two most commonly used today are 1H and l3C.

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Since its inception, NMR spectroscopy has become one of the most useful analytical techniques available to the chemist. It is especially useful for solving complex structure elucidation problems, because it yields detailed structural information about the surroundings of specific atoms within molecules. Chemical shifts, intensities, and multiplicities of NMR resonances are all helpful in structure elucidation. Many nuclei can be used in modern NMR analyses, including 1H, nB, 13C, 16N, 170,19F, 29Si, and 31P; however, the two most commonly used today are 1H and 13C.

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