Sodium NMR spectroscopy and MRI have become popular in recent years through the
increased availability of high-field MRI scanners, advanced scanner hardware and improved …

In this article, both sodium magnetic resonance (MR) and T1ρ relaxation mapping aimed at
measuring molecular changes in cartilage for the diagnostic imaging of osteoarthritis are …

In the past few years, solid-state 1H NMR spectroscopy under fast magic-angle spinning
(MAS) has developed into a versatile tool for elucidating structure and dynamics. Dipolar …

The study aims to use thermal processing to enhance sodium release from surimi matrix
during oral processing and therefore improve the saltiness perception. Surimi gels were …

In the previous sections the emphasis was on the coherent evolution of a spin system as a
result of the secular part of the spin Hamiltonian. The secular Hamiltonian is effectively time …

1H imaging is concerned with contrast generation among anatomically distinct soft tissues. X‐
nuclei imaging, on the other hand, aims to reveal the underlying changes in the …

In ordered systems, where the molecular motion is anisotropic, quadrupolar and dipolar
interactions are not averaged to zero. In such cases, double quantum (DQ) coherences can …

The relaxation dynamics of the spin 3/2 density operator in the presence of fluctuating and
static quadrupolar interactions is reviewed. The nuclear magnetic resonance (NMR) line …

The use of 17 O in NMR spectroscopy for structural studies has been limited due to its low
natural abundance, low gyromagnetic ratio, and quadrupolar relaxation. Previous solution …

Stimulated echo spectroscopy of nonselectively excitable I= 3/2 nuclei offers new
perspectives for the investigation of ultraslow motions predominantly in inorganic solids and …