11 research outputs found
Thin Oxide Films on Copper Single Crystals: Anodic Formation and Photoelectrochemical Properties
Get PDFThin oxide films were grown anodically on polycrystalline copper and single crystals Cu(100), Cu(110)
and Cu(111). Semiconductor properties of copper oxides were obtained by photocurrent measurements. The
morphology of the anodic oxides was monitored by SEM. A p-type conductivity was established for Cu2O
and СuO formed on Cu during the anodic polarization. The main semiconductor properties do not depend
on the crystal face; the band gap in thin Cu2O is equal to 2.2 eV.
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Partial currents of anodic oxidation of copper in alkaline media according to RRDE data. II. Experiment
Full text linkKinetics of phase transformations in a binary alloy surface layer at the selective dissolution. II. Ag-Au|Ag+* system
Full text linkPartial currents of anodic oxidation of copper in alkaline media according to RRDE data. I. Theory of the method
Full text linkKinetics of phase transformations in a binary alloy surface layer at the selective dissolution. I. Theoretical analysis
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Kinetics of phase transformations in the surface layer of a binary alloy upon selective dissolution. IV. Ag-Pd|Ag+ system
Full text linkKinetics of phase transformations in the surface layer of a binary alloy at the selective dissolution: III. Cu-Au | Cu2+ system
Full text linkFormation of oxides on copper in alkaline solution and their photoelectrochemical properties
Full text linkDevelopment of the electromechanical link in skeletal muscle fibers during postnatal ontogenesis of albino rats
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