Organic semiconductors (OSCs) are of fundamental and technological interest, owing to
their properties and functions in a range of optoelectronic devices, including organic light …

Solid-state nuclear magnetic resonance (SSNMR) magic angle spinning (MAS) can be used
to record high-resolution data dominated by site-specific information. Although MAS …

We introduce a homonuclear version of third spin assisted recoupling, a second-order
mechanism that can be used for polarization transfer between C 13 or N 15 spins in magic …

We show how direct spectral optimisation can be used to provide significantly improved
resolution for proton NMR spectroscopy in the solid state. We describe the design of new …

Recent developments in magic angle spinning (MAS) technology permit spinning
frequencies of≥ 100 kHz. We examine the effect of such fast MAS rates upon nuclear …

A detailed study of the factors determining the linewidth (and hence resolution) in H 1 solid-
state magic-angle spinning NMR is described. Although it has been known from the early …

In the past decade solid-state magic-angle-spinning (MAS) NMR spectroscopy has emerged
as a unique technique for obtaining information on the atomic-level structure and dynamics …

In view of the success of high-resolution NMR [1–6], in particular recalling the Nobel prizes
awarded to Ernst [7] and Wüthrich [8], one might be tempted to say that solid-state NMR …

A 13C CPMAS NMR experiment at high field (11.7 T) has produced significantly improved
dispersion for the α form of testosterone, allowing revisions and extensions to be made to …

We used high-resolution proton-detected multidimensional NMR to study the solvent-
exposed parts of a seven-helical integral membrane proton pump, proteorhodopsin (PR) …