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Quasiharmonic thermal elasticity of crystals: An analytical approach
Zhongqing Wu, Renata M Wentzcovitch
Chemical Engineering and Materials Science
Research output
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Contribution to journal
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Article
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peer-review
62
Scopus citations
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Engineering & Materials Science
Crystals
100%
Elasticity
93%
Hot Temperature
48%
Crystal symmetry
44%
Mineralogy
37%
Elastic constants
34%
Free energy
30%
Structural properties
27%
Minerals
25%
Tomography
24%
Thermodynamic properties
23%
Physics
21%
Program processors
21%
Earth (planet)
21%
Derivatives
20%
Temperature
20%
Personnel
19%
Chemical analysis
16%
Experiments
8%
Physics & Astronomy
elastic properties
76%
Earth mantle
59%
crystals
48%
periclase
38%
mineralogy
37%
forsterite
34%
labor
33%
central processing units
25%
minerals
24%
free energy
20%
thermodynamic properties
20%
tomography
19%
phonons
17%
physics
15%
temperature
14%
symmetry
14%
configurations
13%
Chemical Compounds
Elasticity Constant
69%
Thermodynamic Property
44%
Mineral
40%
Gibbs Free Energy
38%
Strain
35%
Pressure
29%
Time
18%