OPTICAL FILTERS ON THE BASIS OF OPAL MATRIXES CONSISTING OF DIELECTRIC NANOSPHERES

Golovanov Oleg Aleksandrovich, doctor of physical and mathematical sciences, professor, sub-department of general subjects, Penza artillery engineering institute (440005, Penza-5, Penza region, Russia), golovanovol@mail.ru
Savitskiy Vladimir Yakovlevich, doctor of technical sciences, professor, sub-department № 11, Penza artillery engineering institute (440005, Penza-5, Penza region, Russia), W.savis@gmail.com
Filippov Oleg Valer'evich, postgraduate student, sub-department of general subjects, Penza artillery engineering institute (440005, Penza-5, Penza region, Russia), Filippov_ov@mail.ru

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The mathematical model of the optical filter on the basis of an opal matrix from cubic packings dielectric nanosphere is offered to dioxide of silicon. The mathematical model is constructed by means of independent blocks as rectangular parallelepipeds with dielectric nanospheres and virtual channels the Flock. Results of calculation of factor of passage of electromagnetic radiation through the optical filter from frequency are received at various thickness of a photon crystal. Rational parameters of an opal matrix for manufacturing the optical filter are established.

the tactical laser weapon, the protective filter, an opal matrix, mathematical model, the independent block, a matrix of dispersion, spectral characteristics.