Synthesis and doping of (MPAMI) with CuO thin film by laser pulse deposition

Abstract

Thin films of (MPAMI) and impurity were prepared by Cu Oxide (CuO) at a rate of (10%) on the bases of glass using the Pulse Laser Technology (PLD) and studying the effect of Impurity at Energy (1000mJ) on the structural properties of these films. X-ray diffraction. The hexagonal polymorphic membranes of hexagonal type with the growth of atomic crystalline direction 205) for both pure and impurity materials, and found that impurity leads to distinct homogeneity and convergence in the average crystal size of the particles. Copper caused the obtaining of somewhat homogeneous films, where it is noted that the convergence in values ??is clear, which is due to the effectiveness of the copper material in absorbing the laser energy and transferring it to the material. As for the results of EDX), it was demonstrated that no undesirable element and FTIR analysis had any clear changes in the location, shape and intensity of the beams.