Impact of a low-energy Ar ion on a single-walled (10,10) armchair nanotube. A double vacancy is formed in the upper part of the nanotube and two adatoms in the lower. More details can be found here. Full size animation (15 MB)     Zipped (3.7 MB) Small animation (1.7 MB)
	Impact of an energetic Ar on a single-walled (10,10) armchair nanotube lying on a Pt substrate. The general view. More details can be found here. Full size animation (26 MB)     Zipped (6.9 MB) Small animation (1.8 MB)
	Impact of an energetic Ar on a single-walled (10,10) armchair nanotube lying on a Pt substrate. The view along the tube axis. More details can be found here. Full size animation (15 MB)     Zipped (2.1 MB) Small animation (1.8 MB)
	Impact of an energetic Ar on a single-walled (10,10) armchair nanotube lying on a graphite substrate. More details can be found here. Full size animation (27 MB)     Zipped (10.5 MB) Small animation N/A
	Fullerene impact on a single-walled (10,10) armchair nanotube lying on a metallic substrate. Nanotube-based quantum dots may potentially be produced if fullerenes hit the nanotubes in predetermined positions. Full size animation (17 MB)     Zipped (4.9 MB) Small animation (MB)