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Information × Registration Number 0213U002341, 0108U000289 , R & D reports Title Modeling, evaluation, and decision-making support in the interests of prospective space programs popup.stage_title Head Fedorov Oleg Pavlovich, Registration Date 24-01-2013 Organization Space Research Institute popup.description2 Space weather forecasting models and numerical algorithms were developed, including the case of absent L1 data. The influence of beta and gamma radiations on the advanced energy capacitors with nanostructured materials was studied. Algorithms for estimation and minimization of the impact of these factors on the reliability of a spacecraft were developed. The methods of reconstruction of the parameters of the ionospheric waves, in particular of their direction of propagation and spectral characteristics, on the basis of in situ measurements were developed and validated. The numerical methods of MHD modeling were improved for asymmetric inhomogeneous space configurations. A new way of construction of weight functions in Petrov - Galyorkin method was proposed for 2D and 3D cases. The influence of longitudinal vibration on the convection and the admixture distribution in crystal body under microgravity conditions was modeled numerically. Electronic properties of graphene strips and carbon nanotubes have been analyzed theoretically and numerically to use them as ultra-sensitive elements in space-borne instrumentation. New sensor models incorporating these entities have been proposed. An analytical approach to description of electron transport properties across an axially symmetric connection of zigzag and armchair nanotubes has been proposed. An information technology for state and load estimation of Grid components was proposed. It is based on the methods of control theory and structure and function analysis. The methods of multicriterial evaluation of space projects with innovational non-cost-based estimation of their specifications using nonlinear compromise scheme were developed. A roadmap of calibration proving support of Earth observation systems in Ukraine was composed. The blueprints and software of a demonstrator of a hardware and software suite for estimation and visualization of the state of the ionosphere were developed. Calibration techniques for determination of definition and amplitude calibration of spectral channels were developed. Statistical estimation of the accuracy of the developed techniques was performed. The algorithms and methods of evaluation of an ecological situation, in particular, the state of vegetations, and flood monitoring were developed using the basis of remote sensing data, available meteorological models and numerical models for weather forecasting. Product Description popup.authors Авдєєв М.О. Деденок В.П. Зелик Я.І. Кліменко Ю.О. Коваленко О.О. Кременецкий І.О. Крючков Є.І. Куссуль Н.М. Ладіков-Роєв Ю.П. Логінов О.О. Парновський О.С. Сальніков М.М. Самойленко Л.І. Селіванов Ю.О. Федоренко А.К. Федоров О.П. Черемних О.К. Чорний С.В. Шелестов А.Ю. Яценко В.О. popup.nrat_date 2020-04-02 Close