The effect of Pt on the photoelectrochemical behavior of lead oxide prepared from anodization of Pb-Pt alloy containing various concentrations of Pt has been studied. It is observed that, while Pt reduces the resistivity of the oxide film, it also reduces the photoconversion efficiency of the photoelectrochemical cell prepared from this material. The reason for this low efficiency is discussed
The mechanism of the origin of a photo-voltaic effect and auto-photo-electric state in oxide of lead...
This thesis investigates lead oxides as photovoltaic materials. Vacuum deposition methods and ex-sit...
Phosphoric acid added to battery electrolyte modifies the morphology of PbO2 corrosion films by reac...
The electrochemical behaviour of Pb-In alloy (containing different concentrations of In) is studied ...
The mechanism of lead oxide formation during the potentiodynamic anodization of lead (Pb) electrodes...
International audienceEffect of the annealing oxidation time of electrodeposited lead (Pb) on the ph...
Some interesting results concerning the structure and photoelectrochemical properties of anodically ...
Thin film semiconducting oxides are synthesised by potentiodynamic anodisation of Pb + Sn alloy elec...
The mechanism of lead oxide formation and the enhanced photoresponse produced by potentiodynamic ano...
The mechanism of lead oxide formation and the enhanced photoresponse produced by potentiodynamic ano...
752-756Photoelectrochemical properties of thin film of Pb3O4 prepared by thermal annealing of electr...
The effect of Sn doping on the photoactivity of anodized Pb-Sn alloy electrodes is discussed. The Bu...
An experimental study of in-situ photoemission from platinum into different electrolytes is presente...
A new and simple procedure for the deposition of lead (II, IV) oxide films by screen printing was de...
TiO2 films with Pt distributing in bottom layer(PT) or uniformly(PP) were prepared by a sol-gel meth...
The mechanism of the origin of a photo-voltaic effect and auto-photo-electric state in oxide of lead...
This thesis investigates lead oxides as photovoltaic materials. Vacuum deposition methods and ex-sit...
Phosphoric acid added to battery electrolyte modifies the morphology of PbO2 corrosion films by reac...
The electrochemical behaviour of Pb-In alloy (containing different concentrations of In) is studied ...
The mechanism of lead oxide formation during the potentiodynamic anodization of lead (Pb) electrodes...
International audienceEffect of the annealing oxidation time of electrodeposited lead (Pb) on the ph...
Some interesting results concerning the structure and photoelectrochemical properties of anodically ...
Thin film semiconducting oxides are synthesised by potentiodynamic anodisation of Pb + Sn alloy elec...
The mechanism of lead oxide formation and the enhanced photoresponse produced by potentiodynamic ano...
The mechanism of lead oxide formation and the enhanced photoresponse produced by potentiodynamic ano...
752-756Photoelectrochemical properties of thin film of Pb3O4 prepared by thermal annealing of electr...
The effect of Sn doping on the photoactivity of anodized Pb-Sn alloy electrodes is discussed. The Bu...
An experimental study of in-situ photoemission from platinum into different electrolytes is presente...
A new and simple procedure for the deposition of lead (II, IV) oxide films by screen printing was de...
TiO2 films with Pt distributing in bottom layer(PT) or uniformly(PP) were prepared by a sol-gel meth...
The mechanism of the origin of a photo-voltaic effect and auto-photo-electric state in oxide of lead...
This thesis investigates lead oxides as photovoltaic materials. Vacuum deposition methods and ex-sit...
Phosphoric acid added to battery electrolyte modifies the morphology of PbO2 corrosion films by reac...