This book shares essential insights into the formation and properties of ionic interfaces based on the energy level structures of their interfaces obtained using a surface science approach. It covers both interfaces with liquid and solid electrolyte contacts, and includes different material classes, such as oxides and phosphates. The specific material properties result in particular effects observed at interfaces, which are often not yet, or not sufficiently, taken into account in battery development and technologies.

Discussing fundamental issues concerning the properties of intercalation electrodes and electrodesolid electrolyte interfaces, the book investigates the factors that determine voltage, kinetics and reactivity. It presents experimental results on interface formation, and relates them to electron and ion energy levels in the materials and at their interfaces. It explores these topics integrating electrochemistry, solid-state ionics and semiconductor physics, and accordingly will appeal not only to battery scientists, but also to a broader scientific community, including material scientists and electrochemists.

Explores the surfaces of Li-ion intercalation cathode materials and their interfaces with solid and liquid electrolytes using a surface science approach Discusses the application of thin-film technology and molecular adsorption in order to analyze Li-ion electrode interfaces Provides research results on intercalation electrodes and electrodesolid electrolyte interfaces that can improve the efficiency of batteries

Inhalt
Introduction.- Fundamental Aspects of interface formation and charge transfer.- Experimental techniques.- Electronic structure and structure of LiCoO2 surfaces.- Electronic structure and reactivity of cathode Liquid electrolyte interfaces.- Electronic structure and reactivity of electrode Solid electrolyte interfaces.- Formation of the CEI layer and properties of interfaces with surface layers.- Li-ion energy levels, Li-ion transfer and electrode potential.- Conclusion and outlook.