A novel approach for CdS thin-film deposition: electrochemically induced atom-by-atom growth of CdS thin films from acidic chemical bath

Article Abstract:

A study was conducted to characterize a unique approach for CdS thin-film deposition. Thin films of cadmium sulfide were electrochemically deposited in acidic chemical baths supporting cadmium chloride and thioacetamide. Film growth was realized through the atom-by-atom growth of individual crystallites. Experimental results indicated that the approach supported the deposition of thin films of highly crystallized CdS.

Electrochemistry, Crystallization

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Mechanistic study of chemical deposition of ZnS thin films from aqueous solutions containing zinc acetate and thioacetamide by comparison with homogeneous precipitation

Article Abstract:

General laws for the precipitation of ZnS in aqueous mixture of zinc acetate and thioacetamide aqueous solutions is established and succeeded for the first time in establishing a correlation with the growth of films by the so-called chemical bath deposition method. It is showed that the building units both for the film and the precipitate are nanocrystallites formed in the solution.

Analysis, Sulfides, Aqueous solution reactions

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Photoelectron spectroscopy on thin films of extended zinc porphyrazines

Article Abstract:

The investigation of the photoemission spectra of thin films of benzoannelated zinc porphyrazine molecules deposited on a gold single crystal was performed. In addition, a detailed analysis of the zinc satellites in the spectra of the valence region is performed in an attempt to establish the effect of ligand size extension on the metal-ligand interactions.

Ligands, Ligands (Chemistry)

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