Elastic and plastic properties of Fe-light element alloys and compounds are needed to
determine the compositions and dynamics of planetary cores. Elastic strength and plastic …

Although the general instability of the iron nitride γ′-Fe4N with respect to other phases at
high pressure is well established, the actual type of phase transitions and equilibrium …

Carbon and nitrogen are considered as candidate light elements present in planetary cores.
However, there is limited understanding regarding the structure and physical properties of …

Partitioning experiments and the chemistry of iron meteorites indicate that the light element
nitrogen could be sequestered into the metallic core of rocky planets during core–mantle …

Light element alloying in iron is required to explain density deficit and seismic wave
velocities in Earth's core. However, the light element composition of the Earth's core seems …

Iron nitrides and carbonitrides are the two primary hosts of deep nitrogen in the Earth's
interior; hence, the storage and circulation of deep nitrogen can be largely controlled by the …

Iron‐dominant metallic phases are likely the primary hosts for nitrogen in the reduced deep
Earth, hence the storage of nitrogen in the lower mantle and the core is governed by the …

Nitrogen is an essential element for life, one of the most abundant volatiles in the
atmosphere, and an important component in the Earth's interior, where iron nitride is an …

In spite of existing experimental evidence for phase transitions of the γ′-Fe 4 N phase at
high-pressure/high-temperature conditions, some controversy about its …

Volatile elements, such as carbon (C) and nitrogen (N), play an essential role on Earth in
forming living organisms, maintaining a habitable climate, tracing geological processes, and …