In this work platinum thin films deposited by sputtering and electrochemicalmethods were characterized through physical and electrochemical analysis. The as-grown platinum thin films were characterized through X-ray diffraction (XRD), atomic force microscopy (AFM); scanning electronic microscopy (SEM) and through electrochemical impedance spectroscopy (EIS) measurements. Structural studies indicated that platinum thin films were polycrystalline. Morphological characteristics were significantly affected by the substrate type and synthesis method. Finally the EIS analysis indicated that platinum films were electrochemically stable and present both low resistance of charge transfer and low series resistance; the equivalent circuit of platinum ...
Sputtering makes it possible to create thinfilms of only a few atom layers and to customize them for...
In this paper, we demonstrated that platinum (Pt) counter electrodes (CEs) fabricated using electroc...
Although platinum (Pt) is a rare and very expensive material, Pt counter electrodes are still very c...
In this work platinum thin films deposited by sputtering and electrochemicalmethods were characteriz...
AbstractThe preparation and characterization of platinum electrodes on glass substrates obtained by ...
Biocompatible platinum (Pt) thin film electrodeposition on TiN substrates, as plating seed layer, us...
High quality and purity Pt thin films were deposited using, as precursors, both platinum (II) acetyl...
The work presents a study on the influence of the sputtering pressure on the surface structure and m...
The long term aim of the work described in this thesis was to produce high quality multilayer stacks...
This work presents the investigation on the voltammetrc deposition of cadmium telluride (CdTe) onto...
Dual beam FIB (focused ion beam)/SEM (scanning elelctron microscope) systems are commonly used for i...
In the current Proiect some thin films of Ti6Al4V were grown on steel substrates 316L, with the tech...
A new electrochemical procedure to obtain platinum electrode surfaces with preferred orientations fr...
[[abstract]]The thickness of platinum thin film and surface roughness of the platinized counter elec...
The electrodeposition of platinum films from aqueous solutions and lyotropic liquid crystalline mixt...
Sputtering makes it possible to create thinfilms of only a few atom layers and to customize them for...
In this paper, we demonstrated that platinum (Pt) counter electrodes (CEs) fabricated using electroc...
Although platinum (Pt) is a rare and very expensive material, Pt counter electrodes are still very c...
In this work platinum thin films deposited by sputtering and electrochemicalmethods were characteriz...
AbstractThe preparation and characterization of platinum electrodes on glass substrates obtained by ...
Biocompatible platinum (Pt) thin film electrodeposition on TiN substrates, as plating seed layer, us...
High quality and purity Pt thin films were deposited using, as precursors, both platinum (II) acetyl...
The work presents a study on the influence of the sputtering pressure on the surface structure and m...
The long term aim of the work described in this thesis was to produce high quality multilayer stacks...
This work presents the investigation on the voltammetrc deposition of cadmium telluride (CdTe) onto...
Dual beam FIB (focused ion beam)/SEM (scanning elelctron microscope) systems are commonly used for i...
In the current Proiect some thin films of Ti6Al4V were grown on steel substrates 316L, with the tech...
A new electrochemical procedure to obtain platinum electrode surfaces with preferred orientations fr...
[[abstract]]The thickness of platinum thin film and surface roughness of the platinized counter elec...
The electrodeposition of platinum films from aqueous solutions and lyotropic liquid crystalline mixt...
Sputtering makes it possible to create thinfilms of only a few atom layers and to customize them for...
In this paper, we demonstrated that platinum (Pt) counter electrodes (CEs) fabricated using electroc...
Although platinum (Pt) is a rare and very expensive material, Pt counter electrodes are still very c...