Presentation Information
[22p-P07-5]The Effect of Electric Field on Carbon Nano-wall Synthesis and Applied Research
〇Miyu Kaneda1, Minami Mori2, Masakumi Takahashi1, Yukimasa Fukada3, Kenji Yoshii3, Tatsuo Fukuda3, Akitaka Yoshigoe3, Masaaki Kobata3, Naoshi Ikeda1, Jun Kano1, Tatsuo Fujii1 (1.Grad. Sch. of Env. Life. Nat. Sci. and Tech. Okayama Univ., 2.Faculty of Science, Okayama Univ., 3.JAEA)
Keywords:
carbon nano-wall,graphene,plasma
New carbon materials such as graphene have excellent properties and have the potential to revolutionize industry. We reported a simple carbon nano-wall (CNW) growth process with a microwave oven. Here we report (1) the effect of electric field on CNW synthesis and (2) study of nitrogen or boron-doped CNW. We expect that nitrogen or boron substitute carbon atoms and behave as an electron donors or acceptors in the electric conduction of CNW. We expect that carbon plasma tends to agglomerate on the cathode, and nitrogen or boron substitute carbon atoms and behave as an electron donors or acceptors in the electric conduction of CNW.