Dense Iron Oxyhydroxides May Store Water Deep in Earth’s Lower Mantle
Experiments under lowermost mantle conditions have produced two dense hexagonal iron oxyhydroxides that may sequester water and explain ultralow-velocity zones ...
Experiments under lowermost mantle conditions have produced two dense hexagonal iron oxyhydroxides that may sequester water and explain ultralow-velocity zones ...
High-pressure laboratory experiments show that dense, iron-rich melts from Mars' ancient magma ocean could form a molten silicate layer that ...
New high-pressure experiments suggest iron oxyhydroxide phases may transport water into the Earth's lower mantle, reshaping our understanding of the ...
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© 2025 Scienmag - Science Magazine