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Defect structure of ferrous oxide Fe1-xO
W. Schweika
, A. Hoser
, M. Martin
, A. E. Carlsson
Department of Physics
Roy and Diana Vagelos Division of Biology & Biomedical Sciences (DBBS)
DBBS - Computational and Systems Biology
DBBS - Biochemistry, Biophysics, and Structural Biology
Research output
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Contribution to journal
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Article
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peer-review
38
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Scopus citations
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Keyphrases
Defected Ground Structure
100%
Defect Clusters
100%
Ferric Oxide
100%
Displacement Field
66%
Short-range Order
66%
Strong Correlation
33%
Single Crystal
33%
Oxygen Partial Pressure
33%
Defect Model
33%
Bragg Peak
33%
Phonons
33%
General Type
33%
Computer Model
33%
Fourier Analysis
33%
Thermal Equilibrium
33%
Coulomb
33%
Non-stoichiometric
33%
Concentrated Solid Solutions
33%
Nonstoichiometry
33%
Interstitial Defects
33%
Elastic Neutron Scattering
33%
Displacement Parameters
33%
Single Defects
33%
Diffuse Scattering
33%
Cation Vacancy
33%
Chemistry
Short-Range Order
100%
Crystal Defect
100%
Cation
100%
Ferrous Oxide
100%
Single Crystalline Solid
50%
Dioxygen
50%
Partial Pressure
50%
Neutron Diffraction
50%
Solid Solutions
50%
Phonon
50%
Crystal Displacement
50%
Material Science
Oxide Compound
100%
Short-Range Order
100%
Crystal Defect
100%
Interstitial Defect
50%
Neutron Diffraction
50%
Single Crystal
50%
Solid Solutions
50%
Engineering
Displacement Field
100%
Defect Structure
100%
Bragg Cell
50%
Thermal Equilibrium
50%
Oxygen Partial Pressure
50%
Nonstoichiometry
50%
Solid Solutions
50%
Chemical Engineering
Oxide
100%