RHEOLOGICAL PROPERTIES AND STRUCTURE OF THE LIQUID IN NANOTUBES - Foundations of Nanotechnology: Pore Size in Carbon-Based Nano-Adsorbents - page 199

FIGURE 3.10 Nano cannon scheme acting on the basis of “domino effect” in the incision.
(a)Inside a carbon nanotube (55.0) is the fullerene molecule С 60 . (b) The initial position and
velocity of the departure of the “core” (a fullerene molecule), depending on the time. The
highest rate of emission of C 60 (1.13 km /s) comparable to the velocity of the domino wave.

KEYWORDS

• Fluid particles

• Liquid

• Naotubes

• Rheological properties

• Slippage

• Viscosity