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The crystal structures of synthetic Re- and PGE-bearing magnesioferrite spinels: Implications for impacts, accretion and the mantle
Kevin Righter, Robert T. Downs
Geosciences
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Article
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peer-review
38
Scopus citations
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Dive into the research topics of 'The crystal structures of synthetic Re- and PGE-bearing magnesioferrite spinels: Implications for impacts, accretion and the mantle'. Together they form a unique fingerprint.
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Physics & Astronomy
Earth mantle
99%
spinel
82%
platinum
82%
crystal structure
66%
Cretaceous-Tertiary boundary
58%
oxides
52%
meteorites
36%
crusts
35%
magnetite
31%
rocks
27%
condensation
24%
boundary layers
24%
fusion
22%
anomalies
22%
single crystals
17%
diffraction
15%
metals
14%
x rays
12%
electrons
11%
temperature
8%
Earth & Environmental Sciences
platinum group element
100%
crystal structure
90%
spinel
84%
accretion
78%
mantle
62%
oxide
37%
Cretaceous-Paleogene boundary
20%
electron probe analysis
17%
meteorite
17%
condensation
15%
magnetite
15%
X-ray diffraction
13%
boundary layer
13%
crust
12%
crystal
11%
anomaly
11%
metal
10%
rock
8%
temperature
6%
distribution
6%