Semi-empirical correlation between the band gap, Eg, of oxides and the difference of electronegativity of the oxide constituents is described trying to highlight its limits and potentialities. The extension of this correlation to mixed oxides and the consequent possibility to use it for relating the oxide composition to the band gap value is critically reviewed comparing the predicted Eg with the experimental values. Suggestions on how to account for polymorphs with different band gaps, and on how to explain Eg of mixed oxides with partners metals with a largely different electronegativity are discussed on the basis of experimental results reported in the literature
The transport properties of ternary alloys, as CdZnTe, affect heavily the features required in X and...
The photoelectrochemical behavior of anodic films on Al alloys, containing titanium, tantalum, and t...
Two different electrochemical techniques, differential admittance and photocurrent spectroscopy, for...
Semi-empirical correlation between the band gap, Eg, of oxides and the difference of electronegativi...
A critical assessment of the Photocurrent Spectroscopy (PCS) Technique for the semi-quantitative cha...
The aim of this article is to present photocurrent spectroscopy as useful in situ technique for the ...
The formation of anodic films on valve metals alloys has been studied as a function of alloy composi...
With extensive calculations based on cluster and impurity models, we analyse core level photoemissio...
Photocurrent Spectroscopy (PCS) has gained a large consideration in the last decades as in situ tech...
The energy band alignment at interfaces of semiconducting oxides is of direct relevance for the elec...
Photocurrent measurements are used to monitor changes in the electronic properties of the oxide on a...
This thesis is devoted to studies of various electronic properties which can be extracted from photo...
Transition metal oxide thin films are commonly used in organic electronics devices to improve charge...
International audienceAlloy 600 samples were oxidized under different simulated PWR primary water co...
Al-Nb containing mixed oxides were grown by anodizing sputter-deposited Al-Nb alloys of different co...
The transport properties of ternary alloys, as CdZnTe, affect heavily the features required in X and...
The photoelectrochemical behavior of anodic films on Al alloys, containing titanium, tantalum, and t...
Two different electrochemical techniques, differential admittance and photocurrent spectroscopy, for...
Semi-empirical correlation between the band gap, Eg, of oxides and the difference of electronegativi...
A critical assessment of the Photocurrent Spectroscopy (PCS) Technique for the semi-quantitative cha...
The aim of this article is to present photocurrent spectroscopy as useful in situ technique for the ...
The formation of anodic films on valve metals alloys has been studied as a function of alloy composi...
With extensive calculations based on cluster and impurity models, we analyse core level photoemissio...
Photocurrent Spectroscopy (PCS) has gained a large consideration in the last decades as in situ tech...
The energy band alignment at interfaces of semiconducting oxides is of direct relevance for the elec...
Photocurrent measurements are used to monitor changes in the electronic properties of the oxide on a...
This thesis is devoted to studies of various electronic properties which can be extracted from photo...
Transition metal oxide thin films are commonly used in organic electronics devices to improve charge...
International audienceAlloy 600 samples were oxidized under different simulated PWR primary water co...
Al-Nb containing mixed oxides were grown by anodizing sputter-deposited Al-Nb alloys of different co...
The transport properties of ternary alloys, as CdZnTe, affect heavily the features required in X and...
The photoelectrochemical behavior of anodic films on Al alloys, containing titanium, tantalum, and t...
Two different electrochemical techniques, differential admittance and photocurrent spectroscopy, for...