Recent developments in fast ion transport in glassy and amorphous materials

Physics & Astronomy

• amorphous materials 100%
• electrolytes 71%
• solid electrolytes 51%
• conduction 42%
• anions 40%
• ions 40%
• charge carriers 37%
• glass 37%
• vitreous materials 37%
• matrices 35%
• ion motion 28%
• hypersonics 25%
• sol-gel processes 25%
• polymers 25%
• heavy elements 24%
• ion concentration 24%
• holders 23%
• halides 23%
• phenomenology 22%
• chalcogenides 21%
• ambient temperature 20%
• time constant 20%
• temperature 19%
• coverings 18%
• light scattering 18%
• cations 18%
• relaxation time 16%
• plastics 16%
• vapor deposition 16%
• activation energy 15%
• preparation 15%
• viscosity 15%
• low frequencies 15%
• conductivity 14%
• oxides 13%
• fluids 12%
• crystals 10%

Engineering & Materials Science

• Ions 79%
• Electrolytes 66%
• Charge carriers 52%
• Solid electrolytes 48%
• Negative ions 46%
• Glass 40%
• Temperature 34%
• Chemical analysis 33%
• Brillouin scattering 29%
• Chalcogenides 27%
• Vapor deposition 26%
• Polymers 25%
• Light scattering 24%
• Sol-gel process 23%
• Relaxation time 22%
• Positive ions 21%
• Hypersonic aerodynamics 19%
• Activation energy 17%
• Crystals 17%
• Relaxation 15%
• Oxides 14%
• Ultrasonics 14%
• Viscosity 13%
• Plastics 12%
• Fluids 10%

Chemical Compounds

• Amorphous Material 59%
• Glass 44%
• Solid Electrolyte 43%
• Charge Carrier 41%
• Vitreous Material 36%
• Ion 33%
• Halide Anion 28%
• Sol Gel Process 17%
• Time 15%
• Reaction Activation Energy 14%
• Conductivity 14%
• Oxide 11%
• Solvent 10%
• Reaction Yield 8%