Dopant Clusterization and Oxygen Coordination in Ta-Doped Bismuth Oxide: A Structural and Computational Insight into the Mechanism of Anion Conduction

Engineering & Materials Science

• Negative ions 99%
• Bismuth 98%
• Doping (additives) 81%
• X ray absorption spectroscopy 72%
• Oxides 63%
• Oxygen 59%
• Ions 33%
• Fluorspar 30%
• Oxygen vacancies 28%
• Density functional theory 27%
• Electronic structure 27%
• X ray diffraction 18%
• Agglomeration 15%

Physics & Astronomy

• bismuth oxides 100%
• anions 69%
• conduction 48%
• absorption spectroscopy 45%
• oxygen 44%
• x rays 33%
• oxides 30%
• fluorite 29%
• atomic structure 24%
• ions 22%
• density functional theory 18%
• electronic structure 18%
• symmetry 14%
• diffraction 13%
• interactions 9%
• simulation 9%

Chemical Compounds

• Doping Material 64%
• Density of State 52%
• X Ray Absorption Spectroscopy 52%
• Anion 43%
• Oxide 39%
• Dioxygen 35%
• Electronic State 18%
• Force 16%
• Simulation 15%
• Density Functional Theory 15%
• Diffusion 15%
• Environment 13%
• X-Ray Diffraction 12%
• Ion 9%