Epitaxial Thin Film Growth and Study of Charge and Mass Transport Properties of Mixed Ionic Electronic Conducting GdBaCo2O5+δ (GBCO)

This work examines the effect of the global charge and the redox potential of several osmium mediators, the ionic strength and the pH of the media on the electron transfer

- The description of the structural features (geometry, clathrate-like framework, localisation of the charge, etc.) and the electronic properties of the Keggin and Wells−Dawson

The integration of the Hardware Components and the Web and Mobile Platform of the Integrated Patient Care System consists of identifying the electronic modules of the

Because of a higher drain voltage at the drain of the upper nMOS transistor at the moment of the sensitization vector, the leakage current has a higher impact on the increment of

The synthesis and analysis of these properties were then featured by (i) the composition, geometry, and electronic and mag- netic structure of the exposed surfaces at the

Supported ionic liquid phase (SILP) technology is based on an IL thin film containing a homogeneous catalyst, which is uniformly distributed in the pores and

20 geometry and electronic properties of Ca 10 V 6 O 25 crystal in the fundamental and excited electronic.. 21 states (singlet

In the case of states delocalized on the surface, it leads to (i) ISs repelled into vacuum by the insulating layer, 9 (ii) the mixture of image potential states with conduction