Seven magnesium‐containing aluminoborosilicate glasses, with three to five oxides, have
been studied through comprehensive multinuclear solid‐state NMR (11B, 27Al, 29Si, 23Na …

The iron coordination, its oxidation state (Fe 2+/Fe tot.), and alkali ratio [Na/(Na+ K)] greatly
influence the structure and thus the viscosity of volcanic melts, which is known to play a key …

Sodium, silicon, and oxygen—the major constituents of magmatic silicate melts in the Earth's
crust and mantle—are also common ingredients in commercial flexible and scratch-proof …

All-inorganic perovskite CsPbX 3 (X= Cl, Br, I) nanocrystals (NCs) are becoming a critical
material for the narrow-band fluorescent material in the field of backlit displays. Herein …

Metal-based quasicrystals with unique quasi-periodic atomic arrangements are known to
store a large amount of hydrogen under reasonable pressure and temperature for practical …

This paper presents an insight into the structural rearrangements induced by Fe2O3 and
P2O5 in glasses designed in the Na2O–Al2O3–B2O3–SiO2 quaternary system. A suite of …

Hypothesis One of the main drawbacks of metal-supported materials, traditionally prepared
by the impregnation of metal salts onto pre-synthesized porous supports, is the formation of …

The work presented in this review combines the strength of experimental and computational
materials science to understand the iron-induced structural rearrangements in peralkaline …

Abstract Knowledge of the detailed structure of iron-bearing aluminosilicate glasses is
essential to unraveling the effects of iron on the macroscopic properties of natural silicate …

Iron (Fe) is present in terrestrial melts and at all depths inside the Earth. How Fe in its
varying oxidation and spin states influences the properties of silicate melts is of critical …