STUDY OF THE STRUCTURE AND PARAMAGNETIC  PROPERTIES OF THE [Dy(H2O)n(CyDTA)]– COMPLEX  IN AN AQUEOUS SOLUTION USING NMR DATA

Zapolotsky, Eugeny N.; Babailov, Sergey P.; Fomin, E. S.

doi:10.1134/s0022476622110142

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Nuclear spin relaxation

Kowalewski

2023

Nuclear Magnetic Resonance

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This review covers the progress in the field of NMR relaxation in fluids during 2022. The emphasis is on comparatively simple liquids and solutions of physico-chemical and chemical interest, in analogy with the previous periods, but selected biophysics-related topics (here, I also include some work on relaxation in solid biomaterials) and relaxation-related studies on more complex systems (macromolecular solutions, liquid crystalline systems, glassy and porous materials) are also covered. Section 2 of the chapter is concerned with general, physical and experimental aspects of nuclear spin relaxation, while Section 3 is concentrated on applications.

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