The thermodynamic properties of 254 end‐members, including 210 mineral end‐members,
18 silicate liquid end‐members and 26 aqueous fluid species are presented in a revised …

A combined geophysical‐petrological methodology to study the thermal, compositional,
density, and seismological structure of lithospheric/sublithospheric domains is presented. A …

We performed thermodynamic calculations based on model and natural peridotitic
compositions at pressure and temperature conditions relevant to the Earth's upper mantle …

The occurrence of ultra-high pressure metamorphic (UHPM) index minerals within rocks
from continental collision zones indicates that continental rocks may descend into the Earth's …

Raman spectra of quartz inclusions in garnet hosts of low-pressure/temperature
metamorphic rocks from the Yanai district in the Ryoke belt (around 0.1–0.3 GPa/500–600° …

Hydrous minerals play a critical role in modifying the physical and chemical properties of the
Earth's interior. Among those, epidote is an important hydrous mineral in greenschist and …

X-ray diffraction studies of crystals under pressure and quantitative experimental charge
density analysis are among the most demanding types of crystallographic research. A …

To quantitatively convert upper mantle seismic wave speeds measured into temperature,
density, composition, and corresponding and uncertainty, we introduce the Whole‐rock …

Chemical differentiation from pyrolite to harzburgite due to partial melting and melt extraction
process causes the chemical heterogeneity in Earth's upper mantle that can be detected by …

We present a newly developed software framework, MMA‐EoS, that evaluates phase
equilibria and thermodynamic properties of multicomponent systems by Gibbs energy …