High-Temperature Behavior, Oxygen Transport Properties, and Electrochemical Performance of Cu-Substituted Nd_1.6Ca_0.4NiO_4+δ Electrode Materials

Physics & Astronomy

• electrode materials 92%
• solid oxide fuel cells 92%
• transport properties 62%
• chemical compatibility 60%
• oxygen 47%
• solid electrolytes 47%
• air 47%
• glycerols 45%
• nitrates 44%
• pyrolysis 39%
• partial pressure 37%
• performance 34%
• charge carriers 34%
• isotopes 34%
• thermal expansion 34%
• diffusion coefficient 32%
• crystal structure 31%
• helium 31%
• atmospheres 27%
• neutrons 26%
• electrodes 24%
• high resolution 24%
• temperature 23%
• coefficients 21%
• cells 21%
• diffraction 21%
• x rays 17%

Engineering & Materials Science

• Transport properties 100%
• Oxygen 63%
• Electrodes 60%
• Solid oxide fuel cells (SOFC) 56%
• Charge carriers 40%
• X ray powder diffraction 39%
• Solid electrolytes 37%
• Crystal structure 33%
• Nitrates 33%
• Glycerol 32%
• Isotopes 32%
• Temperature 31%
• Partial pressure 31%
• Helium 29%
• Air 28%
• Neutrons 28%
• Thermal expansion 26%
• Pyrolysis 24%
• Chemical analysis 17%

Chemical Compounds

• Transport Property 74%
• I4/Mmm 55%
• Self-Diffusion Coefficient 49%
• Thermal Expansion Coefficient 45%
• Neutron 40%
• Solid Electrolyte 39%
• Dioxygen 38%
• Charge Carrier 37%
• Partial Pressure 37%
• Isotope 34%
• Powder X-Ray Diffraction 29%
• Pyrolysis 27%
• Volume 22%
• Behavior as Electrode 19%
• Crystal Structure 19%
• Application 12%