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In this work we have studied the optical properties of disordered photonicstructures, in which we have controlled the distribution of the random layerthickness. Such structures are characterized by an alternation of high and lowrefractive index layers, but the layer thicknesses follow the aforementioneddistributions. We have used two types of distribution: a distribution in whicheach thickness has the same probability to occur and one in which the thicknessfollows a Gaussian function. We have simulated the average transmission allover the spectrum for photonic structure characterized by a different width ofthe distribution. We have found that the choice of the distribution of thelayer thickness is a control of the average transmission of a random photonicstructure.

Average Transmission Decrease in One-Dimensional Photonic Structures by Widening the Random Layer Thickness Distribution