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Abstracts
Nanoscale Defect Structures at Crystal/Glass Interfaces
a.672
Local Properties of Grain Boundaries in Semiconducting Ceramics
a.673
Charge States for Point Radiation Defects in Fusion Ceramic Materials
a.674
Global Instability Index Optimization for the Localization of Mobile Protons
a.675
From Caterpillar Model to Solid-State Ionics
a.676
Mixed Mobile Ion Effect in Fluorozincate Glasses
a.677
Transport Properties of Solid Oxide Electrolyte Ceramics
a.678
Interpretation of High Ionic Conduction in Superionic Conductors
a.679
Towards a Universal Behaviour of Ion Dynamics in Oxide Glasses
a.680
HomeDefect and Diffusion ForumDefects and Diffusion in Ceramics - An Annual...From Caterpillar Model to Solid-State Ionics

From Caterpillar Model to Solid-State Ionics

Page: A676

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