Abstract
Abstract The process of low temperature synthesis of graphene-like nanocomposites films on the porous silicon nanocrystallites (nc-PS) is considered. It was shown that the low temperature synthesis of graphene-like nanocomposites on nc-PS is due to the excess surface energy of porous-Si nanocrystallites and, in this case, nanoscale effects that occur on local parts of the atomically rough nc-PS surface play a specific role. In the report features of the specific role of the atomically rough nc-PS forces and the influence these forces on the energy of low-temperature synthesis of graphene-like nanocomposites on the surface of porous silicon nanocrystallites are considered.