This article presents the results of a study of the sputtering of ice films (six layers) covering the surface of Au(111) when bombarded with Ar+ ions with initial energies E0 = 200 and 400 eV. The results show that at E0=200 eV, the argon ion remains in the film and thus transfers its energy, leading to the sputtering of the ice film. It has been established that at this initial energy value, most of the energy is transferred to the film, and part of it to the gold crystal, which is observed in the form of vibrations of gold crystal atoms around their axes. At E0= 400 eV, the argon ion penetrates into the crystal, thereby transferring part of its energy to the crystal. This leads to stronger vibrations of the gold atoms. It also enhances the spraying of water molecules and their clusters. Using the VMD program, it is possible to observe the process of spraying the ice film. The results obtained are of great interest in the study of cleaning metal surfaces from different types of molecules.