Solid State Batteries -

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Résumé :
Proceedings of the NATO Advanced Study Institute on Solid State Batteries, Alcabideche, Portugal, September 2-14, 1984

Sommaire:
I. Plenary Lectures.- Theme 1: Basic Concepts.- Phenomenology of ionic transport in solid-state battery materials..- Structural aspects of ionic transport in solid-state battery materials..- Theme 2: Solid Electrolytes.- Solid electrolytes - a materials introduction..- Ionically conducting inorganic crystalline materials..- Ionically conducting glasses.- Ionically conductive polymers.- Composite materials as solid electrolytes.- Theme 3: Electrode Processes.- Thermodynamic aspects of solid state battery performance..- Electrode processes in solid state cells. I: The metal electrode..- Electrode processes in solid state cells. II: The intercalation electrode..- Porous and composite electrodes for solid state batteries..- Solid state electrodes: A materials introduction.- Theme 4: Electrode materials.- Insertion compounds: Relationship of structure to electrochemistry..- Conductivity in polymeric materials..- Theme 5: Experimental techniques.- D.C. methods of cell characterization. Part I: Evaluation of materials and components..- D.C. methods of cell characterization. Part II: Definition of full cell/battery parameters..- A.C. measurement and analysis techniques..- Non-electrical techniques of cell characterization..- Theme 6: Introduction to batteries.- Battery performance parameters.- Competitive systems:Primary batteries.- Competitive systems: Ambient temperature rechargeable batteries..- Lithium organic liquid electrolyte batteries.- Competitive systems: High tenperature batteries.- Utilization of conductive polymers in rechargeable batteries..- Energy storage.- Theme 7: Solid-state batteries.- Solid State primary batteries..- Solid-state rechargeable batteries..- Theme 8: New Technology.- Micro-batteries.- Future prospects for all-solid-state batteries..- II. ShortPresentations.- Proton and lithium ion conductors based upon the AM2IV (PO4)3 type structure..- Conductivity of modified lithium iodide samples.- Activation energies of the electrical conductivity of doped beta? alumina samples..- Phase transition and ionic conductivity of the spinel system Li2-2xMgl+xCl4..- Lithium insertion compounds of the high and low temperature polymorphs of LiFeSn04..- Transport properties of lithium intercalated InSe..- Oxide electrodes at high temperatures..- Structure, electrical and electrochemical properties of AgxNbS2..- Photoelectrochemical intercalation reactions and their possible applications..- Investigation of ternary lithium intermetallic systems as solid state cathode materials..- Fractal geometry and kinetics..- Solid state electrochemical applications of EXAFS..- Measurement of chemical diffusion coefficients by the point electrode technique..- Thin film cathode material in Li-I2 primary battery..- Models for impedance plots of metal/RbAg4I5/ metal cells..- Ambient temperature polymer solid state batteries..- III. Formal Discussion Group Reports.- Solid electrolytes.- Electrode processes and materials.- Experimental techniques.- Ambient temperature batteries.- High temperature batteries.- Future energy scenarios.- Role of batteries in electronic circuitry.- The future of batteries.- List of participants.