Solid-state nuclear magnetic resonance (NMR) spectroscopy offers an array of options for
exploring structural order of amorphous materials both over short (≲ 0.3 nm) and medium (≲ …

Dedicated to the memory of Professor NE Alexandrou, Aristotle University of Thessaloniki,
Greece and Dr. M. Momenteau, Institute Curie, Section de Biologie, URA 1387, Orsay …

We used a combination of experimental and modelling techniques to study the effect of
NaAlO 2 on C 3 S hydration. pH sensitive inhibition of C 3 S hydration occurred at an early …

The utility of heteronuclear double-resonance NMR methods involving the quadrupolar
nuclei 11B and 27Al is demonstrated for probing the intermediate-range order in …

We show for the first time that it is possible to acquire high-resolution heteronuclear NMR
correlation experiments in solid state between second-order-broadened half integer …

A quantitative NMR strategy is developed for the study of the network connectivity
(intermediate range structure) and the cation distribution in the sodium aluminoborate glass …

Cross-polarization (CP) is a technique commonly used for the signal enhancement of NMR
spectra; however, applications to quadrupolar nuclei have heretofore been limited due to a …

New solid-state NMR (SSNMR) methods and applications continue to blossom such that a
diverse array of physical, chemical, and biological problems are now being addressed using …

Aluminosilicate glasses and melts are of great geological and technological importance.
Significant efforts have been spent for enhancing the insight into their structures. Here magic …

We present a detailed investigation of the molecular structure of montmorillonite, an
aluminosilicate clay with important applications in materials sciences, such as for catalysis …