Study of proton conductivity of composite metal-ceramic materials based on neodimium tugstates using a four-electrode technique with ionic probes

Технические дисциплины и материаловедение

• Acoustic impedance 7%
• Air 5%
• Argon 11%
• Ceramic materials 72%
• Cermets 72%
• Chemical reactions 10%
• Composite materials 35%
• Dissolution 10%
• Electrodes 46%
• Electrolytes 9%
• Hot pressing 11%
• Hydrogen 32%
• Ionic conductivity 15%
• Ions 18%
• Membranes 8%
• Metals 32%
• Oxides 8%
• Proton conductivity 100%
• Protons 36%
• Solid electrolytes 14%
• Temperature 20%

Физика и астрономия

• air 4%
• argon 5%
• atmospheres 14%
• cells 7%
• ceramics 18%
• cermets 75%
• chemical reactions 6%
• composite materials 4%
• conductivity 40%
• conductors 5%
• dissolving 6%
• electrical measurement 6%
• electrodes 37%
• electrolytes 5%
• hot pressing 7%
• hydrogen 16%
• impedance 5%
• ion currents 6%
• ion probes 20%
• membranes 4%
• metals 20%
• oxides 4%
• permeability 5%
• probes 36%
• protons 39%
• solid electrolytes 8%
• temperature 6%