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An approach to nanoglasses through anodic oxidation of sputtered aluminum on glass surface

机译:玻璃表面上溅射铝阳极氧化的纳米型纳米光学方法

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The new process for the preparation of nanoglasses have been developed through anodic oxidation.The alunium thin film sputtered on the ITO thin film on the glass surface was decomposied into alumina by anodix oxidation technique.The alumina layer possessed nanometer size pore array standing on glass surface.The sizes of the pore was widened by acid etching from 10-20 nm to a few hundred nm.The glass substrate having the alumina nanostructures on the surface could transmit the UV and visible light at the wavelength range of 200 approx 800nm.
机译:通过阳极氧化制备了制备纳米间岩的新方法。通过AnoDix氧化技术在玻璃表面上的ITO薄膜上溅射的钛薄膜溅射到氧化铝中。氧化铝层具有纳米尺寸的孔阵列驻留在玻璃表面上。孔的尺寸通过10-20nm蚀刻到几百nm的酸蚀刻而加宽。具有表面上的氧化铝纳米结构的玻璃基板可以在200大约800nm的波长范围内传输UV和可见光。

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