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High damage threshold mirrors are necessary in high power laser systems. The damage of absorbing multilayer coating by high intensity laser radiation is due to absorption. In this paper we study the electric field distribution between multilayer thin films which are inserted between the substrate and incident medium. The absorption of radiation at any point is directly proportional to the electric field intensity at that point. The aim of this paper is optimize the optical parameters at layer’s interfaces by using admittance locus analysis. We describe three methods for design a total reflector mirror. By using the best method, we design all-dielectric and metal-dielectric total reflector mirrors.
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