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    ВЛИЯНИЕ ТЕМПЕРАТУРЫ НА ХАРАКТЕРИСТИКИ ОСЛАБЛЕНИЯ И ОТРАЖЕНИЯ ЭЛЕКТРОМАГНИТНОГО ИЗЛУЧЕНИЯ ГИБКИХ ВОДОСОДЕРЖАЩИХ ЭКРАНОВ

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    Temperature dependencies of shielding effectiveness of flexible water-containing shielding materials were studied in the frequency range of 8-12 GHz. It is shown that using the porous materials with a highly developed surface as well as nanostructurizing additives and components for the impregnating solution prevents the decreasing of the shielding effectiveness of the water-containing electromagnetic shields at temperatures below zero.Исследованы температурные зависимости экранирующих характеристик гибких водосодержащих радиопоглощающих материалов на текстильной основе в диапазоне частот 8-12 ГГц. Показано, что применение пористых материалов с высокоразвитой поверхностью, а также наноструктурирующих добавок и компонентов раствора препятствует снижению эффективности экранирования водосодержащих экранов ЭМИ при отрицательных температурах

    TEMPERATURE INFLUENCE UPON ELECTROMAGNETIC RADIATION ATTENUATION AND REFLECTION CHARACTERISTICS OF FLEXIBLE WATER-CONTAINING SHIELDS

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    Temperature dependencies of shielding effectiveness of flexible water-containing shielding materials were studied in the frequency range of 8-12 GHz. It is shown that using the porous materials with a highly developed surface as well as nanostructurizing additives and components for the impregnating solution prevents the decreasing of the shielding effectiveness of the water-containing electromagnetic shields at temperatures below zero
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