| 摘要 |
A process for producing a thin-film polymer laminated film capacitor, including a laminate production step which comprises: conducting a resin thin-film layer formation step and a metal thin-film layer formation step on a rotating drum alternately repeatedly; and thus forming, on the rotating drum, a laminate in which resin thin-film layers and metal thin-film layers are alternately laminated. The resin thin-film layer formation step comprises: evaporating a monomer in a vacuum chamber to form a monomer layer; irradiating the monomer layer with an electron beam to cure the monomer layer; and thus forming a resin thin-film layer. The metal thin-film layer formation step comprises evaporating a metal material to form a metal thin-film layer. In the resin thin-film layer formation step, the monomer layer is formed using a dimethacrylate compound having an alicyclic hydrocarbon skeleton as the monomer, said dimethacrylate compound being represented by chemical formula (1) [wherein A is an organic group that contains an alicyclic hydrocarbon]. The present invention can enhance the hardness of the resin thin-film layers sufficiently, thus enabling the production of a thin-film polymer laminated film capacitor having desired performance. |
