Water-induced Diamond Formation at Earth's Core-Mantle Boundary
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Crystalchemistry and oxidation state of iron in oxides and silicates at conditions of Earth and super-Earth interiors
Iron is the only geo- and cosmo-chemically abundant element with variable oxidation state that could affect interiors of Earth and super-Earth planets. Recent work of our group and collegues reveal co
DataCite Commons2023-06-26 更新80
Stability and solubility of the FeAlO3 component in bridgmanite at uppermost lower-mantle conditions
Here we present a dataset of the composition of bridgmanite, the LiNbO3 phase, and other coexisting phases, which are synthesized at the lower mantle conditions. The composition data will help explain
DataONE2019-09-16 更新50
Ab initio evaluation of point defects in bridgmanite under lower mantle conditions
The folder contains datasets generated and analyzed in the research article "Ab initio evaluation of point defects in bridgmanite under lower mantle conditions".
Mendeley Data20
Interaction of iron with davemaoite at conditions of the Earth’s lower mantle and core mantle boundary
The aim of the project is to investigate the effect of iron on the chemical stability of calcium silicate perovskite (CaSiO3) in situ at conditions relevant to the Earth’s lower mantle using powder an
DataCite Commons2023-04-28 更新50
Redox control on the oxidation state of bridgmanite and CF phase in basaltic assemblages and the origin of retrograde bridgmanite inclusions
Experimental determination of phase equilibria at high pressure and high temperature is pivotal to interpreting geophysical and geochemical data that can help decipher the mineralogical composition of
ESRF Portal2028-01-01 更新20
