Ionic Conduction, Nuclear Magnetic Resonance Relaxation Measurements and Defect Mobility Studies in Ionic Materials
a.527
a.527
Oxygen Ion Conduction and Structural Disorder in Conductive Oxides
a.528
a.528
Low-Temperature Alternating-Current Conductivity of Oxide Glasses
a.529
a.529
Impedance and Dielectric Spectroscopy Revisited - Distinguishing Localized Relaxation from Long-Range Conductivity
a.530
a.530
Laser Field-Induced Superionic Transition
a.531
a.531
Ionic Transport in Oxide Glasses, as Deduced from the Atomic Structure
a.532
a.532
Relaxations in Ionic Motion and the Glass Transition in Ionic Glasses
a.533
a.533
Protonic Conduction in Phosphate Glasses
a.534
a.534
Irradiation Effects, Two-Dimensional Monte Carlo Simulations of Radiation Effects upon Non-Equilibrium Colloid Growth
a.535
a.535
Laser Field-Induced Superionic Transition
Page: A531