The mineralogy and chemical compositions of inclusions in diamonds are the primary
source of information about the environment in which diamonds grow and help constrain the …

Highly brilliant synchrotron source is indispensable to track pressure-induced phenomena in
confined crystalline samples in megabar range. In this article, a number of experimental …

Abstract “Super-deep” diamonds are thought to crystallize between 300 and 800 km depth
because some of the inclusions trapped within them are considered to be the products of …

Mineral inclusions entrapped in other minerals may record the local stresses at the moment
of their entrapment in the deep Earth. When rocks are exhumed to the surface of the Earth …

We have studied by X-ray diffractometry the crystallographic orientation relationships
(CORs) between magnesiochromite (mchr) inclusions and their diamond hosts in gem …

The atacamite family of copper halide minerals contains several prominent quantum spin
liquid candidate materials, chiefly herbertsmithite. Unfortunately, an intrinsic chemical …

In the complex geodynamic processes occurring at convergent plate margins, rocks can be
subducted at depth into the Earth experiencing metamorphism. A mineral inhomogeneity …

Three single crystals of clinopyroxene trapped within three different gem-quality diamonds
from the Udachnaya kimberlite (Siberia, Russia) were analysed in situ by single-crystal …

Magnetic mineral inclusions, as iron oxides or sulfides, occur quite rarely in natural
diamonds. Nonetheless, they represent a key tool not only to unveil the conditions of …

Nach den zahlreichen Pionierarbeiten von Percy W. Bridgman im Bereich der
Hochdruckstudien, die neben der Relevanz einer abgeschlossenen Druckkammer, um hohe …