研究了在极端真空条件下用金纳米粒子耗尽制备二氧化钛多层膜的纳米结构

H. Kangarlou, S. Rafizadeh
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引用次数: 0

摘要

本文首先在玻璃基板上,通过极真空(HV)条件下的蒸发,在100摄氏度的温度下,从三个不同的角度暴露90纳米厚度的二氧化钛纳米层。然后将纯金纳米颗粒垂直堆积在层上。在实验中使用的所有层的层耗尽情况是相同的。利用原子显微镜、电子显微镜和分光光度计对这些层的纳米结构进行分析。本实验和观察的主要目的是找出在极端真空条件下,层的纳米结构与堆积条件之间的关系,并观察和分析在这种条件下,金的纳米颗粒是如何沉积在层上的。结果是令人满意和有希望的。
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Studying the nano structures of Titanium dioxide multilayer produced with gold nano particles depletion in extreme vacuum condition
In this article, nano layers of Titanium dioxide initially were prepared through evaporation in extreme vacuum (HV) condition on glassy substrate, in a temperature of 100° Celsius exposed from three different angels with 90 nanometers thickness. Then the nano particles of pure gold were accumulated vertically on the layers. The layer depletion situation was the same for all of the layers used in the experiment. The nano structures of these layers will be analyzed in different analytical ways using Atomic Power Microscope, Electronic microscope and Spectrophotometer. The aim of this experiment and observation is essentially to find out the relationship between nano structures of layers and the accumulation condition in extreme vacuum condition and also to observe and analyze how the nano particles of gold settle on the layers in such conditions. The results is quite satisfactory and promising.
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