Browsing by Author "Bogdan, Oleksandr"

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    Development of informative training materials in modern nanoelectronics
    (Видавництво Львівської політехніки, 2012) Zayachuk, Dmytro; Yakimenko, Yurіy; Spіvak, Vіktor; Bogdan, Oleksandr; Orlov, Anatolіy; Koval, Vіktorіya
    The article provides content about developed inventions of educational materials in nanoelectronics.
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    Electronic digital laboratory for teaching natural science, engineering and biomedical disciplines in educational institutions
    (Видавництво Львівської політехніки, 2012) Yakimenko, Yurіy; Orlov, Anatolіy; Zhuikov, Valeriy; Spіvak, Vіktor; Bogdan, Oleksandr
    The article represents information about development of an electronic digital laboratory for teaching and learning science and natural sciences, engineering and biomedical sciences.
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    Nanotechnology and nanoscaled materials for microsystems application
    (Видавництво Львівської політехніки, 2010) Mladlenov, Georgiy; Koleva, Elena; Yakymenko, Yuriy; Spivak, Viktor; Bogdan, Oleksandr; Orlov, Anatoliy
    stages of formation and some perspective aspects of nanotechnology development, in particular, nanoelectronics, getting nanomaterials and microsystems device is analyzed in this report.
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    The frequency characteristic Of MEMS beam resonator
    (Видавництво Львівської політехніки, 2010) Bibikov, Тaras; Bogdan, Oleksandr; Petrishev, Oleg; Yakymenko, Yuriy; Bogdan, Tetiana
    In this paper the model of the MEMS (microelectromechanical systems) beam resonator.
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    The model of the MEMS disk bandpass filter operating in radial mode
    (Видавництво Львівської політехніки, 2010) Yakymenko, Yuriy; Pilinsky, Volodymyr; Petrishev, Оleg; Yanovska, Yuliy; Bogdan, Oleksandr; Zelenskyy, Sergiy
    In this paper main characteristics of a piezoceramic bandwidth filter that is used radial oscillations for its work calculation method is proposed. Also there are considered influence of next parameters: distance to second electrode, first electrode width and electric load value. MEMS bandwidth filter designing are given.