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Advances in NMR and MRI of Materials.

Authors :
Serša, Igor
Serša, Igor

Abstract

Summary: The development of science has led to the emergence of many new modern materials, which also require more advanced tools for their characterization and analysis. NMR and MRI are certainly among such tools, also due to their continuous development, which has made them more powerful, versatile, and sensitive. With these advances, these two techniques have been able to address many open problems associated with the emergence of new materials.This reprint comprises a collection of advanced NMR and MRI techniques and methods, together with a demonstration of their application to the target materials for which they were designed and optimized. These are presented in 25 original, peer-reviewed articles for the Special Issue in the MDPI journal Molecules. The topics covered include MR methods in pharmaceutical research, NMR in cement research, MR methods in wood research, diffusion in materials, characterization of materials by NMR relaxometry, NMR spectroscopy of materials, and MRI of materials.

Subjects

Subjects :
Research & information: general
Chemistry
lamellar 2D zeolites
pillared zeolites
mordenite
ZSM-5
CTAB
NMR
magnetic resonance imaging contrast agents
renal clearance
nanodots
gadolinium (III)-based composites
cement hydration
titanium dioxide TiO2
ultrasonic
calorimetry
diffusion
PGSE
Rouse
reptation
hydrophilic matrix tablets
magnetic resonance
hydrogel
drug release
biorelevant dynamic conditions
foam flow
magnetic resonance imaging
velocity mapping
pipe flow
two-phase flow
hyperpolarization
flip angle
plasticizer
PVC
identification
quantification
non-deuterated solvent
low-field NMR spectroscopy
gabapentin
impurity A
validation
limit of the quantitation
linearity
accuracy
repeatability
precision
specificity
robustness
qNMR
HPLC
low field NMR
Inverse Laplace Transform
L-Curve regularization
confined liquid
relaxometry
drying process
solid-state NMR spectroscopy
porous material
drug delivery system
heteronuclei
magnetic resonance imaging (MRI)
relaxation times
beech (Fagus sylvatica)
wood
moisture content (MC)
carthamin-3'potassium salt
green metallic luster
fermented safflower petal tablet
natural soil material
fast relaxation times
water content
water flow
asphaltenes
maltenes
relaxation
NMR relaxometry
accelerators
pore evolution
partially saturated
fractal dimension
electrical conductivity
anisotropy
diffusion tensor imaging (DTI)
conductivity tensor imaging (CTI)
NMR diffusometry
zeolites
heterogeneous catalysis sugar conversion
biomolecules
[Pyr13][Tf2N]
[Pyr16][Tf2N]
MAS
CPMG
13-interval PGSTE
VXC72 carbon black
diffusion-NMR
Ionic liquids
polyoxometalates
nuclear magnetic resonance imaging
paramagnetic relaxation enhancement
lanthanides
relaxivity
dysprosium
erbium
time-domain NMR
dipolar echoes
polymerization reaction
epoxy resin
autocatalytic reaction
budesonide
22R and 22S epimers
archaeological wood
silane
siloxane
wood consolidation
2D NMR
chemical reactivity
solution-state NMR
wood conservation
waterlogged wood
induction period
accelerator
Fast Field Cycling
3-Tau model
gradient broadening
profile
swelling

Details

Language :
English
ISBN :
books978-3-0365-7620-6
9783036576213
9783036576206
ISBNs :
9783036576206, 9783036576213, and 9783036576206
Database :
Jio Institute Digital Library Catalog
Journal :
Advances in NMR and MRI of Materials
Notes :
004353, Journalism, Open Access star Unrestricted online access, Creative Commons https://creativecommons.org/licenses/by/4.0/ cc https://creativecommons.org/licenses/by/4.0/, English
Publication Type :
Book
Accession number :
jlc.oai.folio.org.fs00001072.385310d0.34f1.4984.9edf.9072b8beeea4
Document Type :
Book; Electronic document