
Методом высокочастотного импульсно-периодического (f -10-15 кГц) лазерного воздействия с длиной волны y = 1.064 мкм и плотностью мощности q = 85 МВт/см 2 на керамику из оксида цинка, легированную оксидом скандия, при давлении в вакуумной камере p = 2*10-2 мм рт. ст. получены наноструктурированные тонкие пленки на кремниевой подложке. Изучена морфология полученных пленок с помощью атомно-силовой микроскопии. Nanostructured thin films on a silicon substrate were obtained using a high-frequency pulse-periodic f-10-15 kHz laser action at a wavelength y = 1.064 µm, a power density q = 85 MW/cm 2, and a pressure in a vacuum chamber p = 2*10-2 mm Hg on zinc oxide ceramics doped with scandium oxide. The morphology of the obtained films was studied using atomic force microscopy.
электрофизические характеристики, the structure of thin films, thin films, высокочастотное лазерное воздействие, спектры люминесценции, тонкие пленки, оксид цинка, zinc oxide, структура тонких пленок, electrophysical characteristics, high-frequency laser irradiation, luminescence spectra
электрофизические характеристики, the structure of thin films, thin films, высокочастотное лазерное воздействие, спектры люминесценции, тонкие пленки, оксид цинка, zinc oxide, структура тонких пленок, electrophysical characteristics, high-frequency laser irradiation, luminescence spectra
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