Add to ORKGIron is the most abundant element in the Earth’s core. However, the density of the outer core is about 10 % lower than the density of iron at the pressure and temperature conditions of the outer core, indicating the presence of
The Earth's solid inner core consists mainly of iron (Fe), alloyed with lighter elements. such as si...
Phase relations of an Fe0.85Si0.15 alloy were investigated up to 240 GPa and 3000 K using in situ X-...
International audienceWe measured compressional sound velocities in light element alloys of iron (Fe...
International audienceThe Earth's core is constituted of iron and nickel alloyed with lighter elemen...
Earth's core is an iron-rich alloy containing several weight percent of light element(s), possibly i...
The Earth’s inner core is composed of an Fe-rich alloy. At the relevant pressure-temperature (P-T) c...
Abstract 17 The outer core of the Earth contains several weight percent of one or more unknown light...
The Earth's core is expected to contain around 10 wt % light elements (S, Si, O, possibly C, H, etc....
The high-pressure behavior of Fe alloys governs the interior structure and dynamics of super-Earths,...
[1] The Earth’s core is expected to contain around 10 wt % light elements (S, Si, O, possibly C, H, ...
Summary. The phase diagram of iron up to 330 GPa is solved using the experimental data of static hig...
Phase relations in Fe–5 wt%Ni–4 wt%Si alloy was examined in an internally resistive heated diamond a...
Recent experimental data concerning the properties of iron, iron sulfide, and iron oxide at high pre...
Two important problems relating to the early history of the Earth and the formation of its iron rich...
The Earth’s core is largely composed of iron (Fe), alloyed with less dense elements such as sulphur,...
The Earth's solid inner core consists mainly of iron (Fe), alloyed with lighter elements. such as si...
Phase relations of an Fe0.85Si0.15 alloy were investigated up to 240 GPa and 3000 K using in situ X-...
International audienceWe measured compressional sound velocities in light element alloys of iron (Fe...
International audienceThe Earth's core is constituted of iron and nickel alloyed with lighter elemen...
Earth's core is an iron-rich alloy containing several weight percent of light element(s), possibly i...
The Earth’s inner core is composed of an Fe-rich alloy. At the relevant pressure-temperature (P-T) c...
Abstract 17 The outer core of the Earth contains several weight percent of one or more unknown light...
The Earth's core is expected to contain around 10 wt % light elements (S, Si, O, possibly C, H, etc....
The high-pressure behavior of Fe alloys governs the interior structure and dynamics of super-Earths,...
[1] The Earth’s core is expected to contain around 10 wt % light elements (S, Si, O, possibly C, H, ...
Summary. The phase diagram of iron up to 330 GPa is solved using the experimental data of static hig...
Phase relations in Fe–5 wt%Ni–4 wt%Si alloy was examined in an internally resistive heated diamond a...
Recent experimental data concerning the properties of iron, iron sulfide, and iron oxide at high pre...
Two important problems relating to the early history of the Earth and the formation of its iron rich...
The Earth’s core is largely composed of iron (Fe), alloyed with less dense elements such as sulphur,...
The Earth's solid inner core consists mainly of iron (Fe), alloyed with lighter elements. such as si...
Phase relations of an Fe0.85Si0.15 alloy were investigated up to 240 GPa and 3000 K using in situ X-...
International audienceWe measured compressional sound velocities in light element alloys of iron (Fe...