Self-organized Electric Nanostructure, a Combination Of  (Metal Nanotube) and Reaction With Hydrogen and Fluorine Gas    

Note: In the electrical structure of hybridization (metal nanotube), the reaction with hydrogen and fluorine gas, by entering SP3, turns the hybridization structure of metal nanotube into a semiconductor. These reactions sometimes destroy the walls of nanotubes and lead to the formation of amorphous carbon or graphite layered structures. By hydrogenation of single-walled nanotubes, the semiconducting nature of SWCNTs increases at room temperature. Strong plasma or reaction at high temperature causes the wall of metal nanotubes to be etched. that semiconductor SWCNTs are not damaged. Therefore, it is very important to control the reaction conditions. In nanotubes, the reaction with methane plasma removes metal…