Anisotropic thermal expansion and ionic conductivity of a crystal-oriented, Mg²⁺-conducting NASICON-type solid electrolyte

Engineering & Materials Science

• Ionic conductivity 100%
• Solid electrolytes 93%
• Thermal expansion 67%
• Crystals 65%
• Coprecipitation 16%
• Solid state devices 16%
• Secondary batteries 14%
• Crystal structure 14%
• Ceramic materials 13%
• Microcracks 13%
• Electrolytes 10%
• Ions 10%
• Physical properties 9%
• Magnetic fields 9%
• Casting 9%

Chemical Compounds

• Thermal Expansion 70%
• Solid Electrolyte 66%
• Ionic Conductivity 61%
• Ceramic 20%
• Casting Process 18%
• Thermal Expansion Coefficient 15%
• Magnetic Field 12%
• Coprecipitation 11%
• Crystal Structure 6%