Geodesic
Thermooptical sound generation by Bessel light beams in gyrotropic low-dimensional structures
Problemy fiziki, matematiki i tehniki, no. 4 (2014), pp. 19-23.

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Thermooptic sound generation by Bessel light beam (BLB) in the naturally-gyrotropic two-layer superlattices for the case of registration of the resulting signal by gas-microphone cell method is investigated. It was found that the rate of energy dissipation of the TE-mode BLB essentially depends on the radial coordinate $\rho$, dissipative parameters of the superlattice $\varepsilon_1''$, $\varepsilon_2''$, the relative thinkness of the sample $x=d_1/D$ as well as BLB taper angle $\alpha$. It is shown that the change in the amplitude of the photoacoustic signal in gyrotropic superlattices is achieved through the formation TE- and TH-modes BLB by using axicon with an adjustable cone angle.
Mots-clés : photoacoustic effect, amplitude of the photoacoustic signal
Keywords: gyrotropic superlattice, Bessel light beam, energy dissipation rate, Bessel function, heat equation. 
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G. S. Mityurich; E. V. Chernenok; V. V. Sviridova; A. N. Serdyukov. Thermooptical sound generation by Bessel light beams in gyrotropic low-dimensional structures. Problemy fiziki, matematiki i tehniki, no. 4 (2014), pp. 19-23. http://geodesic.mathdoc.fr/item/PFMT_2014_4_a3/

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