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Документ Обоснование характеристик радара для определения скорости дрейфа ионосферной плазмы методом некогерентного рассеяния(НТУ "ХПИ", 2004) Емельянов, Л. Я.The aspects of ensuring of reliable ionospheric plasma drift velocity measurements by incoherent scatter method are considered. The substantiation of some parameters of IS radar is presenteДокумент Анализ ошибок измерений при зондировании ионосферы методом HP в режиме сдвоенных импульсов(НТУ "ХПИ", 2004) Рогожкин, Евгений Васильевич; Белозёров, Д. П.The features of measurements of parameters ionosphere incoherent scatter are analyzed in the article. The capability of account of high-altitude profiles autocorrelation functions transformations measuring during incoherent scatterДокумент Расчет мощности лазера и параметров оптических схем ЛДИС(НТУ "ХПИ", 2004) Никитин, А. М.Estimated calculation of the radiation power is adduced, permitting to receive a steady signal of a laser Doppler anemometer (LDA), for the optical systems adapted to measurements of flows characteristics in the composite channel power and heat engineering of the equipment. Efficiency of algorithm at a phase of layout LDA optical schemes is shownДокумент Перспективы применения ионозонда в составе радара некогерентного рассеяния Института ионосферы(НТУ "ХПИ", 2004) Лысенко, В. Н.; Скляров, И. Б.Features of automatic ionospheric stations operation jointly with IS radar are considered. The information obtained after digital processing allows to essentially increasing ionospheric data qualityДокумент Расчет волнового сопротивления копланарно связанных линий пакета пленочных кабелей(НТУ "ХПИ", 2004) Антонова, В. А.; Борщев, В. Н.; Резник, А. П.In paper is offered the mathematical model for calculation of a characteristic impedances of lines of package of signal cable taking into account finite width of conductors of multilayer coplanar coupled lines, and outcomes of researches of dependence of a characteristic impedances of lines from geometrical sizes of conductors, clearances between them and thickness of a covering film is described. The possibility of obtaining of optimal characteristic impedances of transmissions lines is shown