Preface

Magnetic resonance benefits from advances in many areas including theory,
simulation, pulse sequence development, increasing static magnetic field
strength, radiofrequency generation and receiver hardware, and faster
computation. Consequently, experiments that may have been considered
impossible only a decade before suddenly become practical and even
routine and standard on new spectrometers. This is particularly evident
with solid-state NMR. This leads to new applications and the possibility of
probing systems previously considered outside the purview of NMR.