Отрывок: Background: orbit micro / nano-satellite is circular, the height (h) 300 km, 400 km, 500 km, 650 km and 1000 km, inclination (i) 52 º, 63 º, 81 º. Step 2. Modeling the problem of determining the orientation of the longitudinal axis Modeling the problem of determining the spatial orientation of the longitudinal axis of the micro / nano-satellite is carried out in five steps. Steps 1-4 are similar to the steps of the first laboratory № 3. Step 5. We seek the eigenvector corresponding t...
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dc.contributor.authorKramlikh A. V.ru
dc.contributor.authorThe Ministry of Education and Science of Russia Federationru
dc.contributor.authorSamara State Aerospace Universityru
dc.coverage.spatialмикроспутникиru
dc.coverage.spatialмодульное проектированиеru
dc.coverage.spatialнаноспутникиru
dc.coverage.spatialбортовые системыru
dc.date.issued2011ru
dc.identifierRU/НТБ СГАУ/WALL/629.78/M 78-868907ru
dc.identifier.citationModular Design of Micro/Nanosatellites [Электронный ресурс] : electronic laboratory course / The Ministry of Education and Science of Russia Federation, Samara State Aerospace University ; [comp. Kramlikh A. V.]. - Samara, 2011. - on-lineru
dc.description.abstractТруды сотрудников СГАУ(электрон. версия).ru
dc.description.abstractMethodological guidelines are designed for laboratory work on the course "Modular design of micro / nanosatellites" in the form of calculated and experimental, virtual representation of the data elements of mathematical modeling and algorithms for on-boarru
dc.description.abstractИспользуемые программы: Adobe Acrobat.ru
dc.format.extentElectronic text and graphic data (1 fail : 10,4 Мб)ru
dc.language.isorusru
dc.relation.isformatofModular Design of Micro/Nanosatellites [Электронный ресурс] : electronic laboratory courseru
dc.titleModular Design of Micro/Nanosatellitesru
dc.typeTextru
dc.subject.rugasnti55.49ru
dc.subject.udc629.78(075)ru
dc.textpartBackground: orbit micro / nano-satellite is circular, the height (h) 300 km, 400 km, 500 km, 650 km and 1000 km, inclination (i) 52 º, 63 º, 81 º. Step 2. Modeling the problem of determining the orientation of the longitudinal axis Modeling the problem of determining the spatial orientation of the longitudinal axis of the micro / nano-satellite is carried out in five steps. Steps 1-4 are similar to the steps of the first laboratory № 3. Step 5. We seek the eigenvector corresponding t...-
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