本文旨在探索和研究合成具有准一维纳米结构的金属硫化物的新方法。
The point of this dissertation is to explore and study new synthetic routes to metal sulfides with one-dimensional nanostructures.
本文主要研究了一系列钛氧化物一维纳米结构(纳米管和纳米线)的制备及其电化学嵌锂性能。
The present study will focus on the preparation of a series of one-dimensional nanostructured titanium oxide and the electrochemical investigation of lithium intercalation properties.
良好的催化性能表明，这种镍三维纳米结构将来很可能成为一种优异的催化剂。
The good catalytic effects indicate these flower-like nickel 3d nanocrystals are likely to be applied as a better catalyst in the future.
应用点阵动力学的方法计算了一维纳米晶体的熵、热容以及振动自由能等，发现纳米晶体的熵比单晶的熵值高，这些结果可以用纳米晶体的特殊结构来解释。
Its thermal properties were calculated by means of lattice dynamics. It has been found that the entropy and specific heat of nanocrystalline are higher than that of single crystal.
碳基一维纳米异质结由于其独特的结构与性能，以及在纳米器件方面的应用前景，得到了广泛的关注和大量的研究。
Onedimensional carbon nanometer heterojunctions (1DCNHJs) have attracted tremendous interest owing to their distinctive microstructures, properties and potential applications in nanometer devices.
碳基一维纳米异质结由于其独特的结构与性能，以及在纳米器件方面的应用前景，得到了广泛的关注和大量的研究。
Onedimensional carbon nanometer heterojunctions (1DCNHJs) have attracted tremendous interest owing to their distinctive microstructures, properties and potential applications in nanometer devices.
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