Creation of hybrid energy materials with highly ordered nano-structure

为了开发高效的能源材料，特别是功能薄膜，本研究开发并研究了一种制备具有“新功能”的薄膜的生长机理。我们通过(I)使用先进的纳米技术的薄膜生长工艺，(Ii)控制界面的生长，(Iii)控制薄膜的成分和微结构，以及(Iv)使用多层技术，通过集成界面技术来实现这一点。此外，利用这些薄膜生长过程和界面控制，我们打算开发利用纳米线和氧化物/非氧化物材料制备高效热电材料的评估技术和复合技术。

In order to develop highly efficient energy materials, especially functional thin film, in this study we developed and investigated a thin film growth mechanism that produced thin films with "new functions". We achieved this by integrating the control of interface technology by(i) using an advanced thin film growth process that uses nano-technology,(ii) controlling the growth of interface,(iii) controlling the compositions and micro-structures of the films, and(iv) using multilayer technology. Furthermore, using these thin film growth processes and controlling of the interface, we intend to develop evaluation technology and composite technology for produced highly effective thermoelectric materials using nano-wire and oxide/non-oxide materials.