Superionic Solids and Solid Electrolytes: Recent TrendsAmulya L. Laskar, Suresh Chandra Superionic solids and solid electrolytes are a special group of materials showing high ionic conductivity (and having tremendous technological potential). Different theoretical, experimental (including NMR), and materials aspects are covered as are applications including alkali and silver ion conduc. |
Contents
Applications of Solid Ionic Conductors | 24 |
Conclusion | 35 |
Introduction | 43 |
Copyright | |
74 other sections not shown
Other editions - View all
Common terms and phrases
activation energy AgBr AgCl anion Arrhenius plots B-alumina behavior Boilot Bull calculated carrier cation cation vacancy ceramics Chandra Chem composition concentration correlation decrease defect density dependence diffusion disorder divalent dopant doped effect elastomer Electrochem electrode enhanced enthalpy experimental factor fast ion fluoride formation fractal Frenkel Frenkel defects frequency function glass transition temperature high conductivity high temperature hopping impurity increase interaction interface interstitial ion conductors ion transport ionic conductivity jump Laskar lattice lithium Maier materials mechanism migration mobile molecular dynamics monoclinic motion Nasicon neutron neutron scattering obtained oxide ion oxygen pair parameters particles phase Phys polymer potential properties proton conductors range rhombohedral room temperature S/cm sample Schottky defects silver halides silver ions sodium ion solid electrolytes solid solutions Solid State Ionics space charge structure studies superionic surface Table tion transition values