Photoelectrochemical water splitting using lithium doped bismuth vanadate photoanode with near-complete bulk charge separation

Physics & Astronomy

• vanadates 100%
• water splitting 94%
• polarization (charge separation) 86%
• bismuth 72%
• lithium 65%
• electromagnetic absorption 50%
• performance 32%
• catalysts 22%
• photocurrents 22%
• sun 21%
• voids 21%
• charge transfer 21%
• interstitials 21%
• transport properties 19%
• density functional theory 18%
• illumination 18%
• oxidation 18%
• augmentation 15%
• oxygen 14%
• water 14%
• characterization 13%

Engineering & Materials Science

• Bismuth 99%
• Doping (additives) 82%
• Lithium 82%
• Light absorption 74%
• Water 40%
• Density functional theory 36%
• Photocurrents 35%
• Charge transfer 31%
• Transport properties 31%
• Energy gap 27%
• Sun 25%
• Oxidation 21%
• Catalysts 20%
• Oxygen 19%
• Lighting 19%

Chemical Compounds

• Charge Separation 73%
• Charge Transfer 51%
• Interstitial 38%
• Transport Property 34%
• Nanoporosity 34%
• Photocurrent 34%
• Illumination 33%
• Band Gap 27%
• Density Functional Theory 23%
• Dioxygen 18%
• Reduction 16%
• Oxidation Reaction 16%
• Catalyst 15%
• Time 13%