Синтез та характеристика наноструктур (PVA-CoO-ZrO2) для нанооптоелектронних застосувань
Анотація
Нанокомпозити мають багато застосувань, включаючи оптичні інтегральні схеми, датчики, покриття та медичні пристрої. У зв’язку з цим метою цієї роботи є отримання нового типу нанокомпозитів з полівінілового спирту (ПВС) з різними концентраціями (0, 1, 2 і 3) мас.% оксиду кобальту та діоксиду цирконію (CoO-ZrO2) наночастинок методом лиття. Мікроскопічні фотографії демонструють, що додаткова кількість наночастинок у полімері була рівномірною, і наночастинок (CoO ZrO2) утворювали безперервну мережу в полімері, коли концентрація досягала 3 мас.%. Крім того, результати оптичних властивостей вказують на те, що поглинання нанокомпозитів покращується, оскільки концентрація наночастинок оксиду кобальту та діоксиду цирконію збільшується під час пропускання та зменшується розрив візуальної енергії. З іншого боку, оптичні константи нанокомпозитів (показник заломлення, коефіцієнт поглинання, коефіцієнт екстинкції, дійсна та уявна діелектричні константи) і оптична провідність зростають зі збільшенням масових часток (CoO-ZrO2) наночастинок. Ці результати демонструють використання наночастинок PVA-CoO-ZrO2 для різних оптичних пристроїв.
Завантаження
Посилання
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