In situ stress, strain and dielectric measurements to understand electrostriction in anodic oxides

Use of Mott-Schottky Plots to Characterise the Amorphous Passive Film/Electrolyte Junction

A Critical Assessment of Mott-Schottky Analysis for the Characterisation of Passive Film-Electrolyte Junctions

Mott-Schottky analysis of differential capacitance data of passive-film electrolyte junctions. Is it really providing correct physical insights on the electronic properties of passive films and corrosion layers?

Le métier de linguiste.

The paper aims to analyze the epistemological status of theoretical linguistics.

A critical analysis of the theory of amorphous semiconductor Schottky barrier for oxides

A Critical Analysis on the Use of Mott-Schottky Plots to Characterise the Passive Film/Electrolyte Junction

Modeling of differential admittance behaviour of thin amorphous semiconducting film

The understanding of the electronic properties of thin oxide film is an important step toward the understanding of the mechanisms of film dissolution and breakdown as well as for their application in the field of electrolytic capacitors and solar energy conversion. From this point of view the correct location of the characteristic energy levels (flat band potential, Ufb, and conduction (valence) band edge EC (EV)), of a passive film/electrolyte junction is the preliminary task for a deeper understanding of the mechanism of charge transfer at oxide/electrolyte interface. At this aim the most frequently employed method to locate such characteristic energy levels of semiconductor oxide/electro…

Influence of film thickness and amorphous nature on the differential capacitance measurements of a-Nb2O5/electrolyte junction

Versus. Quaderni di Studi Semiotici. Gennaio-Giugno 2014.

Costruire il consenso

The volume contains proceedings of the International Conference "Costruire il consenso", held in Palermo in 2015. Contributions span from the use of consensus in ancient rhetoric to the analysis of the technology of power in modern and contemporary age.