We simulate spectra of the optical microcavity based on a composite (mesoporous silicon)/(nematic liquid crystal). The incident angle-dependent calculations predict the transmission peak blueshift and splitting of transverse electric and transverse magnetic polarized modes due to birefringence of both porous host material and the anisotropic filler. © 2011 IEEE.
Incident angle-dependent spectra of an anisotropic optical microcavity
Tkachenko;Tkachenko;
2011
Abstract
We simulate spectra of the optical microcavity based on a composite (mesoporous silicon)/(nematic liquid crystal). The incident angle-dependent calculations predict the transmission peak blueshift and splitting of transverse electric and transverse magnetic polarized modes due to birefringence of both porous host material and the anisotropic filler. © 2011 IEEE.File in questo prodotto:
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