Exploitation of Untrodden Field of Carbon-Based Nano-Bio Research Using Innovative Plasma Technology

为了开拓碳基纳米生物研究的未知领域，一种最初开发的将原子和/或分子注入气相等离子体纳米空间的实验方法被扩展到液相等离子体的情况下，生物材料可以稳定存在。因此，我们在单壁和双壁碳纳米管的纳米空间内实现了各种电子态电荷和/或自旋利用原子的配置控制，一类新的富勒烯，如原子封装C_<60>，生物分子DNA，离子液体，胶体等，成功地使这些超结构碳纳米管显示出新的电子和光学性质。

In order to pioneer an untrodden field of carbon-based nano-bio research, an originally developed experimental-method of injecting atoms and/or molecules into nanospaces in gas-phase plasmas was extended to the case of liquid-phase plasmas, where biomaterials can stably exist . As a result, we have realized the disposition control of various kinds of electronic states charge- and/or spin-exploited atoms, a novel class of fullerenes such as atom encapsulated C_<60>, biomolecules DNA, ionic liquids, colloids, and so on inside the nanospaces of single-walled and double-walled carbon nanotubes, succeeding in making these super-structured nanotubes display new electronic and optical properties.