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Abstract
This paper presents the results of a photoelectrocatalytic study for a copper-silver system obtained in the form of microtubes using electrochemical template synthesis. CuOx/Cu hollow microtubes (HT) decorated with nanoscale silver particles by electrodeposition demonstrate the cathode photocurrent in 7.6 uAcm–2 when using LED light sources in the UVA-Vis spectral region and low polarization values. It was shown that the highest intensity of the photoresponse is achieved in the visible region at a wavelength of 450 nm. The stability test suggests that the retention of Ag/CuOx-HT is 95% after 12 hours of functioning.
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