Nanowire on base of carbon nanotubes intercalated of light and transition metal atoms

The study aims to establish the basic laws of penetration of light and transition metals in single-walled carbon nanotubes (with an open and modified hydrogen atoms border), as well as experimental confirmation of the possibility of creating of intercalated composites based on carbon nanotubes so-colled nanowires. Received and interpreted the basic electron-energy characteristics of implementation processes of the atoms of aluminum and nickel in tubulenes. The synthesis of composite structures based on carbon nanotubes are used by catalytic pyrolysis method with using a new series of catalysts. The composite material is visualized using atomic force microscopy and transmission electron microscopy and fact of the internal filling of nanotubulenes is proved that leads to the creation of nanowires.

intercalated composites based on carbon nanotubes, nanowire, nanoelectronics catalytic pyrolysis method, atomic force microscopy