Sintering free, dispersive, large area and high density carbon nanotubes(CNTs) were obtained in arc discharge. Both the quality and the production of the CNTs were improved. SEM study showed that the dispersive CNTs i...Sintering free, dispersive, large area and high density carbon nanotubes(CNTs) were obtained in arc discharge. Both the quality and the production of the CNTs were improved. SEM study showed that the dispersive CNTs intertwined and aligned randomly in the sample. The growth mechanism of the CNTs and the formation of the morphologies in the arc discharge were discussed.展开更多
文摘Sintering free, dispersive, large area and high density carbon nanotubes(CNTs) were obtained in arc discharge. Both the quality and the production of the CNTs were improved. SEM study showed that the dispersive CNTs intertwined and aligned randomly in the sample. The growth mechanism of the CNTs and the formation of the morphologies in the arc discharge were discussed.
