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Energetics of stable and metastable low temperature iron oxides and oxyhydroxides
Ch Laberty,
A. Navrotsky
Research output
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Contribution to journal
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Conference article
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peer-review
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Physics & Astronomy
iron oxides
83%
enthalpy
68%
hydration
53%
heat measurement
45%
oxidation
37%
weathering
36%
molybdates
35%
polymorphism
33%
symmetry
29%
hydroxides
29%
soils
26%
anions
24%
tunnels
23%
sodium
22%
topology
22%
chemistry
22%
thermodynamic properties
20%
iron
18%
oxides
15%
estimates
15%
characterization
14%
temperature
7%
Engineering & Materials Science
Iron oxides
100%
Enthalpy
78%
Calorimetry
67%
Hydration
55%
Oxidation
45%
Negative ions
34%
Polymorphism
32%
Weathering
31%
Temperature
30%
Sodium
26%
Thermodynamic properties
23%
Iron
23%
Oxides
22%
Tunnels
21%
Soils
20%
Topology
17%
Experiments
9%
Chemical Compounds
Iron Oxide
72%
Enthalpy of Formation
49%
Calorimetry
48%
Drop
44%
Weathering
30%
Molybdate
27%
Oxidation Reaction
23%
Thermodynamic Property
22%
Tetragonal Space Group
22%
Soil
21%
Cubic Space Group
21%
Hydroxide
20%
Enthalpy
20%
Chemical Transformation
16%
Sodium Atom
16%
Anion
15%
Chemistry
15%
Environment
14%
Oxide
13%
Solvent
12%