Supercritical parametric phase conjugation of ultrasound. Numerical simulation of nonlinear and nonstationary mode

Supercritical parametric phase conjugation of ultrasound. Numerical simulation of nonlinear and nonstationary mode

This paper investigates the saturation mechanism of the nonstationary supercritical mode of parametric wave phase conjugation in a magnetostrictive medium. The numerical simulation considers the two most probable nonlinear mechanisms of interaction between elastic deformation and electromagnetic exc...

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Veröffentlicht in:The Journal of the Acoustical Society of America 2002-12, Vol.112 (6), p.2656-2665
Hauptverfasser: Merlen, Alain, Preobrazhensky, Vladimir L, Pernod, Philippe
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creator Merlen, Alain
Preobrazhensky, Vladimir L
Pernod, Philippe
description This paper investigates the saturation mechanism of the nonstationary supercritical mode of parametric wave phase conjugation in a magnetostrictive medium. The numerical simulation considers the two most probable nonlinear mechanisms of interaction between elastic deformation and electromagnetic excitation. For the qualitative study of the dynamics of the system, a one-dimensional numerical simulation is sufficient if applied to an infinite medium with a finite active zone. The temporal form of the conjugate wave is obtained for both hypotheses. Comparison with experiments shows that only one mechanism corresponds to the experimental behavior.
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title Supercritical parametric phase conjugation of ultrasound. Numerical simulation of nonlinear and nonstationary mode
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