Motion of Arbitrary Shaped Nanoparticles Accounting Stochastic Sources

The motion of the ensemble of arbitrary shaped nanoparticles was investigated. A synergistic system of four differential equations, which allows to represent the transition between different modes of particles motion in a self-consistent way, was constructed. Within the framework of the generating potential method the influence of the internal force and the torque stochastic sources was studied. The conditions, under which different modes of nanoparticles ensemble motion are realized, were found.