Registration Number
0215U000261,
0114U007089
, R & D reports
Title
Formation of porous ZnO and NiO nanosystems for potential use in sensor electronics
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Head
Kornyushchenko Anna,
Registration Date
03-02-2015
Organization
Sumy State University
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Based on a comparative analysis of the experimental results presented by us and well-known ideas about condensation ion-sputtered substance can be argued that the mechanisms of pattern formation of condensates near thermodynamic equilibrium have a brand new character and, therefore, meet new scientific and technical direction. Cyclic processes play the decisive role in the formation of low-dimensional systems of porous Ni and Zn condensates. The basis of the appearance of the growth surface is active sites gomonucliation of new structural formations that during its growth and mutual contact create new active sites.The study of the formation of zinc condensation depending on the pressure of the working gas and the discharge power reveals three zones in change process parameters, which correspond to different porous structures. In the first zone structure is formed such as "neural network". In the third zone formed condensates, which are based on poorly interconnected with each other clusters, and the second area is transition structure. The ZnO samples that consist of interconnected nanowires have the highest sensory properties toward gases such as CO2, H2 and propane-butane mixture .5481
Product Description
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Корнющенко Ганна Сергіївна
Космінська Юлія Олександрівна
Латишев Віталій Михайлович
Наталіч Вікторія Володимирівна
Перекрестов Вячеслав Іванович
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2020-04-02
