“…For film thickness less than about 100 nm (thin layers) effective molecular interactions between the liquid layer surface and the substrate dominate all other forces (like thermocapillarity or gravity) and thus determine the film stability and patterning under dewetting [17][18][19]. For evaporated films of a thickness above 100 nm thermocapillarity forces become dominant, resulting in instability caused by the Marangoni convection [6][7][8][9][10][11][12]15,16,[20][21][22][23][24][25]. However, when evaporation is present thermocapillarity represents only one of several destabilizing mechanisms: vapor recoil, differential evaporation (dependence of the evaporation rate on the thickness of the film) and, sometimes, solutocapillarity, all contribute to the development of interfacial instability and as a result exert an influence on the pattern's makeup [26].…”