Keyphrases
Diffusion Mechanism
45%
DC Conductivity
45%
Collective Diffusion
45%
Polymer Glasses
45%
Alkali Borate Glasses
45%
Discotic Liquid Crystal
45%
Triblock Copolymer
45%
Amorphous Glass
45%
Haven Ratio
45%
Structural Relaxation
45%
Activation Sites
45%
Unified Approach
45%
Amorphous Polymer
45%
Coefficient Ratio
45%
Single Ion
45%
Low-alkali
30%
Borate Glasses
30%
High Alkali
30%
Glass Transition Temperature
27%
Vacant Sites
22%
Tracer Diffusion
22%
Master Plots
18%
Sodium Content
15%
Mixed Alkali
15%
Alkali Oxides
15%
Power-law Behavior
15%
Ion Separation
15%
Mechanism Change
15%
Changes in Slope
15%
Activation Enthalpy
15%
Germanate Glass
15%
Effective Power
15%
Charge Diffusion
11%
Ion Motion
11%
Internal Friction Peak
11%
Dynamic Coupling
11%
Sodium Borate Glasses
11%
Na-22
11%
Atomistic Mechanism
11%
Melt Viscosity
11%
Leader-follower Mechanism
11%
Linear Response Theory
11%
Local Expansion
11%
Alkali Cations
11%
Mismatch Effect
11%
Collective Movement
11%
Caterpillar-like
11%
Charge Transport
11%
Na Diffusion
11%
Decoupling Effect
9%
Material Science
Borate
100%
Polymer Electrolyte
90%
Ionic Conductivity
70%
Structural Relaxation
45%
Polyethylene Glycol
45%
Liquid Crystal
45%
Copolymer
45%
Cesium Ion
45%
Internal Friction
45%
Rubidium
30%
Inorganic Glass
27%
Lithium
22%
Activation Energy
18%
Glass Transition Temperature
9%
Silicate
9%
Germanate
9%
Sodium
9%
Mixed Alkali Effect
9%
Glass Transition
9%
Aluminosilicate
9%
Silver
9%
Crystalline Material
6%
Film
6%
Chemistry
Borate Glass
45%
Structural Relaxation
45%
Glass Transition Temperature
27%
Activation Enthalpy
15%
Ion Separation
15%
Cesium Ion
11%
Melt Viscosity
11%
Cesium Ion
11%
Ionic Volume
9%
Glass Transition
9%
Reaction Activation Energy
9%
Differential Scanning Calorimetry
9%
Kinetics Type
9%
Molten Salt
9%
Polymer Electrolyte
9%
Silver
9%