The past 40 years have been a golden age for eclogite studies, supported by an ever wider
range of instrumentation and enhanced computational capabilities, linked with ongoing …

Structural patterns found in living organisms have long been inspiring biomimetic materials
design. Here, it is suggested that a rich palette of patterns occurring in inanimate Nature …

In this paper, the Saul'yev finite difference scheme for a fully nonlinear partial differential
equation with initial and boundary conditions is analyzed. The main advantage of this …

We report here a detailed investigation of mineral chemistry, phase modelling and
geochronology for garnetites from the Bashiwake ultrahigh pressure (UHP) terrane, South …

Intracrystalline diffusion is an invaluable tool for estimating timescales of geological events.
Diffusion is typically modeled using gradients in chemical potential caused by variations in …

变质地质学的研究离不开变质反应动力学. 元素扩散具有完备的数理基础和丰富的实验数据,
相对成熟地应用于变质地质学, 是目前变质反应动力学的研究热点. 本文从变质岩石学的视角 …

Intracrystalline chemical diffusion offers valuable insights into the durations of metamorphic
and igneous processes. However, it can yield timescale estimates for orogenic and …

Phase transformations greatly affect physical properties of rocks and impose a first-order
control on geodynamic processes. Under high deformation rates, rheological …

Pressure‐to‐depth conversion is a crucial step toward geodynamic reconstruction. The most
commonly used pressure‐to‐depth conversion method assumes that pressure corresponds …

Abstract The transpressional Alpine Fault in New Zealand has created a thick shear zone
with associated highly anisotropic rocks. Low seismic velocity zones and high seismic …