
Методом лазерной абляции на медный металлический электрод нанесён субмикронный титаноксидный слой. Развитие фотогенерированных потенциалов полученного электрода исследовалось в модельной фотоэлектрохимической ячейке. Регистрируемые потенциалы возникали при использовании квантов света ближнего УФ-диапазона. Значения потенциалов не изменялись при периодических включениях-выключениях света. Наблюдалась стабильность значений электродных потенциалов при облучении в течение десятков минут
Metallic copper electrode was covered by a titanium-oxide submicron layer with the use of a laser ablation technique. Photogenerated potentials of the electrode obtained were followed up in a test photoelectrochemical cell. The potentials observed were generated by light quanta of near UV range. The potential values were invariable on light on-off cycling. Electrode potentials were stable under light irradiation for tens of minutes.
ФОТОЭЛЕКТРОХИМИЧЕСКОЕ РАЗЛОЖЕНИЕ ВОДЫ, ТИТАН-ОКСИДНОЕ ПОКРЫТИЕ, ЛАЗЕРНАЯ АБЛЯЦИЯ
ФОТОЭЛЕКТРОХИМИЧЕСКОЕ РАЗЛОЖЕНИЕ ВОДЫ, ТИТАН-ОКСИДНОЕ ПОКРЫТИЕ, ЛАЗЕРНАЯ АБЛЯЦИЯ
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