A Kinetic Study of the Electrochemical Vapor Deposition of Solid Oxide Electrolyte Films on Porous Substrates

Engineering & Materials Science

• Electrochemical deposition 100%
• Vapor deposition 98%
• Electrolytes 60%
• Oxides 53%
• Film growth 49%
• Substrates 44%
• Oxygen 41%
• Partial pressure 24%
• Surface charge 14%
• Solid electrolytes 14%
• Yttria stabilized zirconia 13%
• Charge transfer 13%
• Pore size 12%
• Water vapor 11%
• Gases 5%

Physics & Astronomy

• electrolytes 51%
• vapor deposition 47%
• oxides 38%
• porosity 37%
• kinetics 37%
• oxygen 31%
• partial pressure 20%
• thickness ratio 12%
• solid electrolytes 12%
• yttria-stabilized zirconia 11%
• water vapor 10%
• charge transfer 8%
• low pressure 8%
• ceramics 6%
• predictions 5%
• gases 5%

Chemical Compounds

• Porosity 36%
• Oxide 33%
• Pore 32%
• Dioxygen 30%
• Vapor Deposition Process 30%
• Liquid Film 30%
• Partial Pressure 23%
• Dimension 18%
• Diffusion 15%
• Pressure 14%
• Solid Electrolyte 12%
• Water Vapor 11%
• Pore Size 10%
• Ceramic 9%
• Charge Transfer 8%
• Surface 3%