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Registration Number

0218U003296, 0117U003255 , R & D reports

Title

Method for determining the homogeneity of optical properties of amorphous hydrogenated diamond carbon films

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Head

Volodymyr Maslov,

Registration Date

30-01-2018

Organization

Institute of Semiconductor Physics

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Report on the implementation of the first stage of the scientific and technological revolution "Study of the uniformity of optical properties with different thickness of application of amorphous hydrogenated diamond carbon films": 43 p., 3 figures, 2 tables, 5 references. Grounds for performance of work - Scientific and technological research "The investigation of the uniformity of optical properties with different thickness of application of amorphous hydrogenated diamond carbon films" is carried out according to the agreement dated March 20, 2017 # 31. The purpose of the work in accordance with the technical task: the development of a method for controlling the uniformity of optical properties at different thicknesses of application of amorphous hydrogenated diamond carbon films, the development of recommendations for controlling the homogeneity of application, the study of samples according to the developed methodology. Methods of research - general scientific physical methods, methods of spectral analysis in the infrared range, methods of system and comparative analysis. As part of the implementation phase, a patent and information study was conducted on the patent bases of Ukraine and the Russian Federation. Due to the fact that suitable technical solutions were not found, a new technical solution was developed together with the Customer with a view to achieving this goal; a new application was filed and received jointly ( V. I. Lashkaryov ISP NASU and the VM Bakul ISM NASU) patent of Ukraine to utility model №121327 dated November 12, 2017. Method of applying a diamond-like coating to large-sized optical parts. Key words: surface plasmon resonance, diamond films, carbon films, optical refractive index.

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І.В. Венгер
І.Л. Марічева
А.Б. Ляпіна
В.І. Дунаєвський
В.О. Мороженко
В.П. Маслов
Г.В. Дорожинський
Г.М. Андросюк
М.М. Дворніченко
Н.В. Качур
О.М. Стрільчук

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2020-04-02