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ATOMIC DIFFUSION IN DISORDERED MATERIALS
Theory and Applications
edited by M Balkanski (Université de Paris VI) & R Elliott (University of Oxford)
This book describes a body of work whose ultimate goal is to optimize the design of microbatteries. It focuses on the fundamental properties of the structure and atomic diffusion in glassy materials which optimize the properties of the electrolyte. Experimental results and their phenomenological description of lithium borate glasses are extensively covered. Other chapters discuss the effects of barriers between the electrodes and the electrolyte and the book culminates with a description of actual progress in making applications of these materials to batteries, sensors and other devices.
Contents:
- Models of Atomic Diffusion (R J Elliott)
- A Theory of Glass
Formation (R Kerner)
- Structural and Vibrational Properties of B2O3 and Related Glasses (R A Barrio)
- Properties of Borate Glasses: Structure, Vibrational Properties and Transport Experimental Approach (M Massot)
- Theory of Atomic Diffusion Across Interfaces (J Deppe)
- Applications of Superionic Conductors in Microbatteries and Elsewhere (M Balkanski)
Readership: Condensed matter physicists.
| 312pp |
Pub. date: Feb 1998 |
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