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Oxygen vacancy diffusion in bare ZnO nanowires
Bei Deng
, Andreia Luisa da Rosa
, Th. Frauenheim
, J. P. Xiao
, X. Q. Shi
, R. Q. Zhang
*
, Michel A. Van Hove
*
Corresponding author for this work
Institute of Computational and Theoretical Studies
Department of Physics
Research output
:
Contribution to journal
›
Journal article
›
peer-review
37
Citations (Scopus)
66
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Keyphrases
Density Functional Theory
50%
Equilibrium Growth Rates
50%
Formation Energy
50%
Growth Conditions
50%
High Concentration
50%
Low Barrier
50%
Nanowire Structure
50%
Nanowires
50%
Native Defects
50%
Oxide-based
50%
Oxygen Vacancy
100%
Oxygen Vacancy Diffusion
100%
Photocatalyses
50%
Photocatalysis
50%
Shallow Sites
50%
Structural Reconstruction
50%
Surface Sites
100%
Ultrathin
50%
Zinc Oxide
100%
Zinc Oxide Nanorods
100%
Material Science
Density
25%
Nanowire
100%
Oxygen Vacancy
100%
Photocatalysis
25%
Surface (Surface Science)
75%
Zinc Oxide
100%