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Physical properties of liquid iron-alloy under high pressure: Implications to planetary core
Hidenori Terasaki
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peer-review
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Dive into the research topics of 'Physical properties of liquid iron-alloy under high pressure: Implications to planetary core'. Together they form a unique fingerprint.
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Physics & Astronomy
planetary cores
100%
liquid alloys
74%
iron alloys
72%
wetting
58%
interfacial tension
54%
viscosity
44%
light elements
29%
falling spheres
19%
liquids
19%
activation
19%
dihedral angle
15%
interfacial energy
14%
Earth mantle
14%
viscous flow
13%
radiography
13%
minerals
12%
sulfur
11%
solid phases
11%
trends
9%
x rays
5%
Engineering & Materials Science
Iron alloys
83%
Surface tension
64%
Wetting
62%
Viscosity
49%
Liquids
41%
Chemical activation
22%
X ray radiography
19%
Dihedral angle
18%
Interfacial energy
15%
Pressure control
14%
Viscous flow
14%
Minerals
12%
Sulfur
11%
Chemical Compounds
Iron Alloy
90%
Tension
59%
Pressure
35%
Activation Volume
33%
Interfacial Energy
12%
Drop
10%
Sphere
10%
Dihedral Angle
10%
Mineral
9%
X-Ray
7%