Over the last decades, NMR spectroscopy has grown into an indispensable tool for chemical
analysis, structure determination, and the study of dynamics in organic, inorganic, and …

Since the beginning of NMR spectroscopy, the observation of magnetically active nuclei with
low isotopic natural abundance as a tracer has been a noteworthy and exciting challenge for …

By means of rotations around two axes inclined at zeros (magic angles) of the l= 2 and l= 4
Legendre polynomials, first-order and second-order NMR broadening can be averaged …

The 13 C NMR linewidths observed in organic solids by means of high-power proton
decoupling and magic-angle sample spinning are roughly 10 to 100 times broader than …

6Li and 2H MAS NMR in conjunction with X-ray diffraction is used to study the acid leaching
of the layered Mn (IV) compound Li2MnO3 (ie, Li [Li0. 33Mn0. 67] O2). Lithium NMR shows …

New solid-state NMR (SSNMR) methods and applications continue to blossom such that a
diverse array of physical, chemical, and biological problems are now being addressed using …

Rapid specimen rotation about an axis inclined at the magic angle of 54° 44′ to the
direction of the applied magnetic field can remove many sources of broadening from the …

Abstract Deuteron Magnetic Resonance spectroscopy (2 H-NMR) is an extremely powerful
technique for investigating molecular structure and dynamics. This aticle covers the last five …

Magic‐angle spinning fails to eliminate the effect of dipolar coupling on the spectrum of a
spin‐1/2 nucleus (eg, 13C) coupled to a quadrupolar nucleus (eg, 14N). A quantitative …

This work proposes a new approach to characterize cell membranes in intact cells by 2 H
solid-state nuclear magnetic resonance (NMR) in only a few hours using magic-angle …