这种简单的两步热蒸发方法的采用，也避免了通常要制备分层次纳米结构所必须的高的温度或复杂的合成过程，利于纳米结构在纳米器件中的应用。
This simple two-step method also avoids high temperature or some complicated process required in the previous synthesis methods, which will prompt the application of nanostructure in nanodevices.
本论文通过CVD、热蒸发等方法，制备了有序化自组装纳米硅丝阵列、不同直径纳米硅丝、纳米硅管等一维纳米材料。
In this paper, we synthesized some one-dimensional nano-materials including the silicon nanowires with orderly array, different diameters and silicon nanotubes via methods of CVD,.
已经有几种方法用于制备FTO薄膜，包括气相沉积法（CVD）、溅射、热蒸发法、溶胶凝胶法。
Several methods are used in preparation of FTO, which include chemical vapour deposition (CVD), sputtering, thermal evaporation and sol-gel technique.
第二章：研究了金属银原子薄膜的制备方法，阐述了热蒸发制膜的相关理论。
In chapter II, we study on the preparation method of the Ag film and describe the theory of the thermal evaporation method.
用热蒸发和磁控溅射的物理镀膜方法和溶胶凝胶化学涂布的方法相结合制备了有机和无机复合纳米光学变色薄膜。
Physical method, including thermal evaporation and magnetic sputtering, and chemical coating method are applied to prepare organic-inorganic composite chromotropic film.
利用真空热蒸发的方法在硅基片上制备了波导下电极；
The sub-electrode is deposited with the vacuum thermal evaporation technique;
用热舟蒸发方法在不同的沉积速率下制备了LaF3单层膜，并对部分单层膜进行了真空退火。
LaF3 single-layer coatings were prepared by thermal boat evaporation at different deposition rates. Some of these films were annealed in vacuum.
用热舟蒸发方法在不同的沉积速率下制备了LaF3单层膜，并对部分单层膜进行了真空退火。
LaF3 single-layer coatings were prepared by thermal boat evaporation at different deposition rates. Some of these films were annealed in vacuum.
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