Abstract
Resistance of fullerenes in air is investigated under standard conditions. The general problems of resistance of compact nanosized particles in gaseous media are solved at different temperatures and pressures. The resistance of the nanosized particle moving in a gaseous medium is calculated using the deterministic approach, direct methods of molecular dynamics, and main theorems of classical mechanics (including the theorem on the momenta of a particle and a particle ensemble). Theoretical results obtained are in complete agreement with the Lapple experimental data on the resistance of ultradispersed particles. Moreover, they describe well the resistance of particles having much larger sizes for which the molecular dynamics model disregarding collisions of molecules seems to be inapplicable.
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