NOVELTY - The method comprises accelerating metal particles (5) by applying an electric field (20) to a carrier element (10), evaporating materials on a fixed metal element (11) by the application laser beam (50) to the metal particles. The fixed metal element is a metallic film (12). The fixed metal element is attached to a surface of the carrier element with a defined spacing. A masking element (15) with a recess (16) is placed between the metal element and the surface of the carrier element, where the laser beam is applied to a region of the recess.    USE - The method is useful for forming an electrical conductive layer on a carrier element to form strip conductors of circuit carriers or of electric terminal portions of a solar cell (all claimed).    ADVANTAGE - The method is capable of simply and economically producing the electrical conductive layer on the carrier element.    DETAILED DESCRIPTION - The method comprises accelerating metal particles (5) by applying an electric field (20) to a carrier element (10), evaporating materials on a fixed metal element (11) by the application laser beam (50) to the metal particles. The fixed metal element is a metallic film (12). The fixed metal element is attached to a surface of the carrier element with a defined spacing (A). A masking element (15) with a recess (16) is placed between the metal element and the surface of the carrier element, where the laser beam is applied to a region of the recess. The laser beam is moved along the metal element. The electric field is applied by a voltage source, where the metal element is in contact with a first pole of the voltage source and the carrier element is in contact with a second pole of the voltage source. The mask element is directly or indirectly contact with the metal element to the first pole of the voltage source via an abutting contact. The poles of the voltage source are connected with plate-shaped elements that are connected with the carrier element and the metal element. The carrier element is made of plastic materials.    DESCRIPTION OF DRAWING(S) - The figures show a schematic longitudinal sectional view of an electrical conductive layer attached to a carrier element.    Metal particles (5)    Carrier element (10)    Metal element (11)    Metallic film (12)    Masking element. (15)