Synthesis, structural characterization and Li⁺ ion conductivity of a new vanado-molybdate phase, LiMg₃VMo₂O₁₂

Engineering & Materials Science

• Ionic conductivity 100%
• Prisms 79%
• Neutron powder diffraction 74%
• Phase transitions 68%
• Rietveld analysis 62%
• Ions 61%
• Crystal structure 42%
• Solid solutions 37%
• Differential scanning calorimetry 37%
• Spectroscopy 37%
• Activation energy 34%
• X rays 30%
• Powders 26%
• Acoustic impedance 24%
• Chemical analysis 21%
• Temperature 13%

Physics & Astronomy

• molybdates 92%
• ion currents 67%
• prisms 64%
• synthesis 47%
• conductivity 43%
• tetrahedrons 37%
• characterization 36%
• octahedrons 36%
• neutron diffraction 31%
• ions 30%
• heat measurement 29%
• conductors 27%
• solid solutions 27%
• crystal structure 26%
• impedance 25%
• activation energy 24%
• scanning 20%
• spectroscopy 17%
• x rays 14%

Chemistry

• Prismatic Crystal 72%
• Ionic Conductivity 61%
• Conductivity 44%
• Short-Range Order 43%
• Pnma 38%
• Molybdate 35%
• Conductor 33%
• Rietveld Refinement 33%
• Orthorhombic Space Group 32%
• Tetrahedral Crystal 31%
• Octahedral Crystal 30%
• Solid Solution 27%
• Ion 26%
• Impedance Spectroscopy 25%
• Differential Scanning Calorimetry 23%
• Reaction Activation Energy 22%
• X-Ray 20%
• Crystal Structure 16%