Advances in NMR and MRI of Materials (MDPI - Multidisciplinary Digital Publishing Institute, 2023)
Keywords: 13-interval PGSTE; 22R and 22S epimers; 2D NMR; 3-Tau model; [Pyr13][Tf2N]; [Pyr16][Tf2N]; accelerator; accelerators; accuracy; anisotropy; archaeological wood; asphaltenes; autocatalytic reaction; beech (Fagus sylvatica); biomolecules; biorelevant dynamic conditions; budesonide; calorimetry; carthamin-3′potassium salt; cement hydration; chemical reactivity; Chemistry; conductivity tensor imaging (CTI); confined liquid; CPMG; CTAB; diffusion; diffusion tensor imaging (DTI); diffusion-NMR; dipolar echoes; drug delivery system; drug release; drying process; dysprosium; electrical conductivity; epoxy resin; erbium; Fast Field Cycling; fast relaxation times; fermented safflower petal tablet; flip angle; foam flow; fractal dimension; gabapentin; gadolinium (III)-based composites; gradient broadening; green metallic luster; heterogeneous catalysis sugar conversion; heteronuclei; HPLC; hydrogel; hydrophilic matrix tablets; hyperpolarization; identification; impurity A; induction period; Inverse Laplace Transform; Ionic liquids; L-Curve regularization; lamellar 2D zeolites; lanthanides; limit of the quantitation; linearity; low field NMR; low-field NMR spectroscopy; magnetic resonance; magnetic resonance imaging; magnetic resonance imaging (MRI); magnetic resonance imaging contrast agents; maltenes; MAS; Mathematics and Science; moisture content (MC); mordenite; nanodots; natural soil material; NMR; NMR diffusometry; NMR relaxometry; non-deuterated solvent; nuclear magnetic resonance imaging; paramagnetic relaxation enhancement; partially saturated; PGSE; pillared zeolites; pipe flow; plasticizer; polymerization reaction; polyoxometalates; pore evolution; porous material; precision; profile; PVC; qNMR; quantification; Reference, Information and Interdisciplinary subjects; relaxation; relaxation times; relaxivity