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Information × Registration Number 0225U002152, (0122U200987) , R & D reports Title Simulation of the Electronic Properties of Heterostructures and Nanocomponents on III–V Compounds popup.stage_title Моделювання електронних властивостей гетероструктур та нанокомпонентів на сполуках AIIIBV Head Tymofieiev Volodymyr I., д.т.н. Registration Date 21-02-2025 Organization National Technical University of Ukraine "Igor Sikorsky Kyiv Polytechnic Institute" popup.description1 Creation of theoretical foundations (from properties of new materials to basic nanostructures and nanocomponents) for the development of promising semiconductor devices of micro- and nanoelectronics popup.description2  Relevance: the study of the properties of semiconductor materials allows us to assess the prospects for creating solid-state electronic devices on their basis. An urgent task for the design and creation of promising semiconductor micro- and nanodevices is to increase the frequency parameters and speed. The achievement of microelectronics technologies and the use of new semiconductor materials contribute to the solution of this problem. New opportunities are opened up by the technology of growing multicomponent semiconductor materials. Multicomponent semiconductors attract device developers by the ability to change the properties of the material determined by the molar composition; the share of the contribution of its components. A high level of knowledge of the properties of semiconductor materials will allow us to predict the potential possibilities of their application, as well as multicomponent semiconductors based on them (GaInAs, AlInAs, InNAs, InPAs ...). Research of promising semiconductor compounds is necessary for the further development of technologies for creating electronic components and ultra-high-speed electronic devices. Purpose of the work: creation of a theoretical basis (from the properties of new materials to basic nanostructures and nanocomponents) for the development of promising semiconductor devices for micro- and nanoelectronics. Expected results: obtaining new scientific knowledge, which may result in new theories, methods and mathematical models implemented in the corresponding software products for information support of the process of designing micro- and nanoelectronics components. It is expected that the results will be new and correspond to the current level of research on this issue. Product Description popup.authors Kozhevnikova Taisiia O. Saurova Tetiana A. Tymofieiev Volodymyr I. popup.nrat_date 2025-02-21 Close