Narrow-Band Filters in the Visible Spectral Range Based on Porous Photonic Crystal

We studied the secondary radiation produced in synthetic opal matrices under the influence of laser light at a given wavelength. This article presents the results of our experimental and theoretical studies of three-dimensional photonic crystal-based nanoglobul silica. We compared the experimental and theoretical approaches and determined the parameters of a narrow-band filter involving the use of a globular photonic crystal. We established the dependence of the contraction stop band on the ratio of the refractive indices of the two media n₁ and n₂ of a three-dimensional opal matrix.

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