900℃ニッケル触媒炭素化で調製した木質炭素化物の導電特性とナノ構造
スポンサーリンク
概要
- 論文の詳細を見る
Wood carbon prepared by nickel-catalyzed carbonization at 900℃ followed by washing with acid for removal of the metal was oxidized in a muffle furnace at 480℃. This eliminated the amorphous region selectively, and the residual carbon became superior to a commercial electro-conductive carbon, Denka black, in the performance. Observations by scanning electron microscopy and transmission electron microscopy disclosed that the crystallite region in the original wood carbon had a novel graphitic nanostructure. It is noted that such a uniquely morphological graphitic carbon can be inexpensively and easily produced from woody biomass.
論文 | ランダム
- 一億総「住宅ロ-ン破産」こうせねば防げない (特集 あなたの生活と資産に「最悪の危機」迫る)
- 第33回日本肺癌学会東北支部会 : 19.AFP産生肺癌の1例
- 実質所得目減り時代の「マイホ-ム学」 あなたのマンションの「資産価値」チェック法
- Measurement of sea bottom surface backscattering strength by quantitative echo sounder
- 電気化学 : そこを知りたい, 議論したい