Strongly Bound Surface Water Affects the Shape Evolution of Cerium Oxide Nanoparticles

Engineering & Materials Science

• Surface waters 99%
• Cerium oxide 91%
• Nanoparticles 71%
• Doping (additives) 26%
• Surface structure 21%
• Density functional theory 8%
• Functional materials 8%
• Phase diagrams 7%
• Positive ions 7%
• Nanostructured materials 7%
• Temperature 7%
• Partial pressure 7%
• Enzymes 6%
• Soot 6%
• Solid oxide fuel cells (SOFC) 6%
• Electrolytes 5%
• Adsorption 5%
• Impurities 5%
• Ions 5%
• Catalysts 5%

Chemistry

• Surface Water 76%
• Cerium 68%
• Shape 47%
• Oxide 38%
• Nanoparticle 36%
• Surface 22%
• Doping Material 15%
• Surface Composition 13%
• Soot 6%
• Surface Structure 5%
• Partial Pressure 5%
• Phase Diagrams 5%
• Nanomaterial 3%
• Density Functional Theory 3%
• Cation 3%
• Adsorption 2%
• Catalyst 2%
• Ion 2%
• Application 1%

Physics & Astronomy

• cerium oxides 100%
• surface water 85%
• nanoparticles 48%
• water pressure 7%
• polyhedrons 6%
• soot 6%
• water 5%
• enzymes 5%
• reactivity 5%
• partial pressure 4%
• catalysts 4%
• cations 4%
• electrolytes 4%
• phase diagrams 4%
• density functional theory 3%
• adsorption 3%
• impurities 3%
• ions 2%
• temperature 1%