New Functions Elaborated in Oxide Glasses by Nanotechnology

J. Nishii, K. Hirao
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Abstract

Recent three topics of Nanotechnology Glass Project were described. (1) A proton-conducting hybrid material was fabricated using a glass plate with nano-pores. The conductivity of the hybrid glass plate was comparable to Nafion, and no corrosion or degradation observed up to 120°C. (2) Nano-particles of CdTe were synthesized in a water solution and embedded in the glass matrix using a sol-gel method. The emission quantum efficiency pf 3% was attained. (3) Deep dry etching followed by overcladding buried the DOE with a deep groove inside a Si0₂ plate, which was used for fabrication of an ultra small demultiplexer.
纳米技术在氧化玻璃中的新功能
介绍了纳米技术玻璃项目的三个最新课题。(1)利用带纳米孔的玻璃板制备质子导电杂化材料。混合玻璃板的导电性与Nafion相当,并且在高达120°C的温度下没有腐蚀或降解。(2)采用溶胶-凝胶法在水溶液中合成了CdTe纳米颗粒,并将其嵌入到玻璃基体中。发射量子效率为3%。(3)深干蚀刻后复包将DOE埋在Si0₂板内,并形成深槽,用于制作超小型解复用器。
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