[en] The effects of amorphized film and diluted surface on phase diagrams and magnetic properties of a spin-1/2 Ising film are investigated within a finite cluster approximation. Depending on the value of the concentration p of the dilution couplings at the surface, it is found that there exists a critical value p_c, when increasing the thickness of the film the critical temperature T_c decreases for p greater than p_c, while it increases for p less than p_c. Moreover, the critical concentration depends on the amorphization δ. Indeed, p_c increasing with increasing δ. Besides, the phase diagram represented in (T_c,α), where α represents the strength of the strong coupling at the surface, shows that there exists a critical value of the amorphization δ_c=δ_c(p) for p not= 1, for δ≤δ_c(p) a long range order occurs for any value of α at low temperature, while for δ>δ_c(p) an order-disorder transition occurs at T=0 and α=α_c(δ). Magnetization is calculated as a function of the amorphization δ, the concentration p and the strength α of the strong coupling. (author)