▎ 摘　　要

A comparative analysis is performed of the results from MD modeling for the thermal evolution of isolated clusters and interface nanosystems from 300 to 4000 K during contact between clusters and island films of d metals and Al taken for comparison with monolayer and bilayer graphene. It is revealed to what degree (in contrast with isolated clusters) the cohesion energy of contact metal-graphene layers, the initial type of their packing (one- or two-sided coating of graphene with metal films), electron band structure, and transfer properties determine the formation of the thermally stable atomic structure of interface systems.