THE DECHANNELING OF LOW ENERGY IONS IN CARBON NANOTUBES
The peculiarities of the dechanneling of low energy accelerated particle in bent carbon nanotubes and hexagonal superlattices (ropes) were examined. For penetration of ions to the low energy in bent nanotubes and hexagonal superlattices the simple analytical formulas for the function of the distribution of particles on the cross-section coordinates, the dechanneling lengths, the ef-fi ciency of the ions deviation are received.