Study of Electrical Current Heating as Novel Semiconducting Crystal Growth Method

发展突破传统技术限制的纳米技术，实现世纪的安全、舒适和安全的社会，是人们关注的焦点。发展的关键是高质量纳米晶体的制备。在本研究中，我们专注于高质量的纳米晶体生长在陶瓷表面上的电流加热的现象，试图澄清晶体生长的机制，并朝着发展的快速制造技术，以获得高质量的纳米结构，具有足够的精度和数量的研究。

It attracts much attention to develop the nanotechnology which can break through the limit of the conventional technology for achieving the safe, easy and comfortable society in the 21st century. The key to the development is the fabrication of high quality nanocrystals. In this research, we focused on the phenomenon in which high quality nanocrystals grow on the surface of ceramics heated by electrical currents, attempted to clarify the crystal growth mechanism, and researched towards the development of the nanocrystal fabrication technology for obtaining high quality nanoscale structures efficiently with sufficient accuracy and quantities.