Experimental Earth Science Lab
Dynamic properties including rheology, element diffusion, reaction kinetics and acoustic emission, of deep Earth materials are studied based on experimental petrology.
Experimental Earth Science Lab
Ehime University
Dynamic properties including rheology, element diffusion, reaction kinetics and acoustic emission, of deep Earth materials are studied based on experimental petrology.
Experimental Earth Science Lab
The theoretical mineral physics group (TMPG) investigates ultrahigh-pressure behaviors of Earth and planetary materials theoretically and computationally by means of the ab initio quantum mechanical computation method based on the density functional theory.
Computatitional Earth Science Lab
We aim to generate ultra-high pressures up to 1 TPa, exceeding the pressure at the center of the Earth (365 GPa), by the static compression realized by diamond anvil cells with the microfabrication technology and physical property measurement equipment available at GRC.
Ultrahigh-Pressure Materials Science Lab
How the core-mantle differentiation shaped volatile elements in the EarthEarth’s rocky layers are mysteriously low in nitrogen compared with carbon
Crystallographic preferred orientation of phase D at high pressure and temperature.Well-controlled uniaxial and simple shear deformation experiments
The lattice thermal conductivity (κlat) of lower mantle (LM) minerals is a key physical quantity for understanding the dynamics and thermal history o
The lattice thermal conductivity (κlat) of lower mantle (LM) minerals is a key physical quantity for understanding the dynamics and thermal history of