Titlebook: Electrode Processes in Solid State Ionics; Theory and Applicati M. Kleitz,J. Dupuy Conference proceedings 1976 D. Reidel Publishing Company

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Adsorption and Catalysis on Ionic Solids,Adsorption and catalysis represent a very broad domain, which in the following will be restricted to its most important aspects, in relation with ionic solid properties, and divided into three parts:

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Duodenitis

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https://doi.org/10.1007/978-3-322-89933-0ure from an electronic to an ionic conductivity. Figure 1 shows a schematic electrode where the ionic conductivity results from the mobility of A. ions. The transition can occur either as a discontinuity at a phase boundary or even as a gradual change in a single phase material.. The junctions betwe

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Richard Guserl,Helmut Pernsteiner bonding ionicity and of how these influence chemical activity at surfaces. As all the material to be covered here can be found in the published literature (see reference 1 for a complete listing of pertinent literature), this review will concentrate on summarizing the broad conclusions that have be

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https://doi.org/10.1007/978-3-531-92846-3lized behavior. These are illustrated in Fig. 1. The left-side electrode is composed of the parent metal M(s) of an electrolyte for the conduction of a cation species M.. Because of the presence of M(s) and M. at the electrode interface, an equilibrium M(s)? M.+ e is assumed to obtain. If establishm

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Dieter Senghaas,Eva Senghaas-Knoblochof charge motion in solids and liquids are discussed for the situation where a single mobility is an adequate approximation for each mobile species. Rather general boundary conditions at the interface between the material of interest and its electrodes are introduced and intrinsic-carrier recombinat

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