PDF/月刊誌論文/code:pg_1104_43 マテリアル インテグレーション 2011年4月号
MATERIALS INTEGRATION 地域と世界に貢献する東北大学多元物質科学研究所(4,5月合併号)

カーボンのナノ構造制御と機能化
■著者
東北大学多元物質科学研究所 高分子・ハイブリッド材料研究センター　ハイブリッド炭素材料研究分野 京谷 隆

■要約
The template carbonization method consists of the carbonization of an organic compound in nanospace of a template inorganic substance and the liberation of the resulting carbon from the template. So far various types of unique carbon materials have been synthesized using the template carbonization method. For example, the template technique allows us to prepare one- and three-dimensional carbons such as carbon nano-test-tubes and zeolite templated carbons. The present paper introduces the details of such one- and three-dimensional approaches, and demonstrates how effectively the carbon nanostructure can be controlled by the template carbonization technique and how versatile this technique is for the production and the applications of novel nanocarbon materials.