Nuclear magnetic resonance imaging and magnetic resonance determinations of flow and
diffusion are increasingly coming to the fore as powerful means for characterizing dynamic …

Applications of NMR Flow Imaging in Materials Science Page 1 50. Applications of NMR Flow
Imaging in Materials Science K. Rombnch, S. Laukemper-Ostendor$ and P. Bliimler Magnetic …

The growth and range of application of NMR‐based diffusion studies has been phenomenal,
with applications spanning a vast range of sciences, engineering and clinical medicine. The …

The term diffusion is commonly used to refer to both mutual (or concentration) diffusion and
translational (or self-) diffusion, which reflects random thermal motion. Despite both being …

Translational diffusion is a fundamental form of mass transport and underpins many
chemical processes. Fortunately, it is relatively easy to measure and exploit in NMR …

While nuclear magnetic resonance (NMR) spectroscopy is widely used by chemists to
acquire information on the structure, interactions and organisation of molecules, magnetic …

This review summarizes the work performed during the last 40 years in the field of diffusion
measurement by nuclear magnetic resonance (NMR), with emphasis on biomedical …

In the last few decades NMR diffusometry (also known as Pulsed Gradient Spin-echo NMR,
PGSE NMR, Diffusion Ordered Spectroscopy or DOSY) has gone from being a niche area to …

This paper describes an NMR method capable of determining the diffusion constant of a
material within a few milliseconds and without the need of multiple scans. The method can …

This chapter introduces the necessity for field NMR gradients when studying translational
diffusion in solution. A related topic is NMR imaging where molecular mobility is a prime …