This paper deals with the dependence of ionic and electronic conductivities as a function of concentration and spacing of interfaces. It pays particular attention to the alteration of the degree of mixed conductivity on account of a variation in point defect chemistry in space charge regions and in the interfacial core region. Of particular relevance is the size effect on the standard chemical potentials, which can be very different for ions and electrons corresponding to the degree of delocalisation. (C) 2002 Elsevier Science B.V. All rights reserved
The interest in nanoobjects can be explained by the fact that reducing materials to nanometer sizes ...
High-performance solid-state energy storage and conversion devices are a vital technology component ...
This report deals with the mechanism behind the unusual behavior of nanostructures in mechanical str...
The impact of interfaces on variety of materials properties scales with the density of interfaces w...
Thermodynamic aspects of solids are addressed as far as necessary for the discussion of ion transpo...
Point defects are of paramount importance for electroceramics. They are key structure elements as r...
General analytical solutions to transport equations are presented for a mixed ionic-electronic condu...
The reaction at an MIEC/gas interface is electrochemical in nature when one of its charge-transfer s...
We report that the size dependence of electronic properties at nanosized metal–semiconducting oxide ...
The ion intercalation behavior in 2D materials is widely applied in energy storage, electrocatalysis...
The electrical properties of charged interfaces are important in several general areas of interfacia...
The phenomenon of ion migration in solids forms the basis for a wide variety of electrochemical appl...
The structure and differential capacitance of the diffuse part of the electric double layer at solid...
Transport inside nano-channels and tubes is highly dependent on their surface charge properties. Whi...
This thesis explores some fundamental aspects of charge carrier transport at the nanoscale. The stud...
The interest in nanoobjects can be explained by the fact that reducing materials to nanometer sizes ...
High-performance solid-state energy storage and conversion devices are a vital technology component ...
This report deals with the mechanism behind the unusual behavior of nanostructures in mechanical str...
The impact of interfaces on variety of materials properties scales with the density of interfaces w...
Thermodynamic aspects of solids are addressed as far as necessary for the discussion of ion transpo...
Point defects are of paramount importance for electroceramics. They are key structure elements as r...
General analytical solutions to transport equations are presented for a mixed ionic-electronic condu...
The reaction at an MIEC/gas interface is electrochemical in nature when one of its charge-transfer s...
We report that the size dependence of electronic properties at nanosized metal–semiconducting oxide ...
The ion intercalation behavior in 2D materials is widely applied in energy storage, electrocatalysis...
The electrical properties of charged interfaces are important in several general areas of interfacia...
The phenomenon of ion migration in solids forms the basis for a wide variety of electrochemical appl...
The structure and differential capacitance of the diffuse part of the electric double layer at solid...
Transport inside nano-channels and tubes is highly dependent on their surface charge properties. Whi...
This thesis explores some fundamental aspects of charge carrier transport at the nanoscale. The stud...
The interest in nanoobjects can be explained by the fact that reducing materials to nanometer sizes ...
High-performance solid-state energy storage and conversion devices are a vital technology component ...
This report deals with the mechanism behind the unusual behavior of nanostructures in mechanical str...