The structure of glasses and the melts from which they are formed is intrinsically disordered,
making their structural characterization difficult. Whilst the structure of solid minerals can be …

Under extreme conditions of high pressure and temperature, liquids can undergo substantial
structural transformations as their atoms rearrange to minimise energy within a more …

During the decompression of plastically deformed glasses at room temperature, some
aspects of irreversible densification may be preserved. This densification has been primarily …

We have carried out in situ high‐pressure acoustic velocity measurements of (Fe2+, Al)‐
bearing MgSiO3 glass up to pressures of 155 GPa, which confirmed a distinct pressure …

Deciphering the structural evolution in irreversibly densified oxide glasses is crucial for
fabricating functional glasses with tunable properties and elucidating the nature of pressure …

The direct determination of silicate melts iron and silicon isotopes signature remains a major
challenge of high-temperature isotope geochemistry. For this reason, melts are often …

The last twenty-five years have seen a tremendous increase in computing power. It is
therefore not surprising that computer simulations of melts and glasses have become an …

Stone wool materials have gained considerable attention due to their effectiveness as
thermal and acoustic insulation solutions. The comprehension of crystal structure properties …

Sound velocities of diopside liquid were determined at high pressures and temperatures up
to 3.8 GPa and 2375 K, using the ultrasonic technique combined with synchrotron X‐ray …

The transport properties of high-temperature silicate melts control magma flow and are
crucial for a wide variety of industrial processes involving minerals. However, anomalous …