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Results: 1-11 |
Results: 11
Non-ambiguous boundary identification of a cylindrical object by acoustic waves
Authors: Ogam, E Scotti, T Wirgin, A
Citation: E. Ogam et al., Non-ambiguous boundary identification of a cylindrical object by acoustic waves, CR A S IIB, 329(1), 2001, pp. 61-66
Inversion of synthetic and experimental acoustical scattering data for thecomparison of two reconstruction methods employing the Born approximation
Authors: Guillermin, R Lasaygues, P Sessarego, JP Wirgin, A
Citation: R. Guillermin et al., Inversion of synthetic and experimental acoustical scattering data for thecomparison of two reconstruction methods employing the Born approximation, ULTRASONICS, 39(2), 2001, pp. 121-131
Determination of the size and location of a discontinuity in a waveguide by inversion of measured scattered wavefields
Authors: Beaumont, F Wirgin, A
Citation: F. Beaumont et A. Wirgin, Determination of the size and location of a discontinuity in a waveguide by inversion of measured scattered wavefields, CR AC S IIB, 328(5), 2000, pp. 367-372
Special section: Inverse problems in underwater acoustics
Authors: Wirgin, A
Citation: A. Wirgin, Special section: Inverse problems in underwater acoustics, INVERSE PR, 16(6), 2000, pp. 1619-1625
Identification, by the intersecting canonical domain method, of the size, shape and depth of a soft body of revolution located within an acoustic waveguide
Authors: Buchanan, JL Gilbert, RP Wirgin, A Xu, YZ
Citation: Jl. Buchanan et al., Identification, by the intersecting canonical domain method, of the size, shape and depth of a soft body of revolution located within an acoustic waveguide, INVERSE PR, 16(6), 2000, pp. 1709-1726
Identification of the size, proportions and location of a soft body of revolution in a shallow-water waveguide
Authors: Cristini, P Wirgin, A
Citation: P. Cristini et A. Wirgin, Identification of the size, proportions and location of a soft body of revolution in a shallow-water waveguide, INVERSE PR, 16(6), 2000, pp. 1727-1739
Imaging an object buried in the sediment bottom of a deep sea by linearized inversion of synthetic and experimental scattered acoustic wavefields
Authors: Guillermin, R Lasaygues, P Sessarego, JP Wirgin, A
Citation: R. Guillermin et al., Imaging an object buried in the sediment bottom of a deep sea by linearized inversion of synthetic and experimental scattered acoustic wavefields, INVERSE PR, 16(6), 2000, pp. 1777-1797
Ghosts in the Born images of a layer probed by acoustic waves
Authors: Delamare, S Lefebvre, JP Wirgin, A
Citation: S. Delamare et al., Ghosts in the Born images of a layer probed by acoustic waves, ULTRASONICS, 37(9), 2000, pp. 633-643
Comparison of four software packages applied to a scattering problem
Authors: Albertsen, NC Chesneaux, JM Christiansen, S Wirgin, A
Citation: Nc. Albertsen et al., Comparison of four software packages applied to a scattering problem, MATH COMP S, 48(3), 1999, pp. 307-317
Some quasi-analytic and numerical methods for acoustical imaging of complex media
Authors: Wirgin, A
Citation: A. Wirgin, Some quasi-analytic and numerical methods for acoustical imaging of complex media, CISM COUR L, (398), 1999, pp. 241-304
Complete family of functions methods, based on the Rayleigh hypothesis andon the extinction theorem, for inverse acoustic wave scattering problems
Authors: Wirgin, A Scotti, T
Citation: A. Wirgin et T. Scotti, Complete family of functions methods, based on the Rayleigh hypothesis andon the extinction theorem, for inverse acoustic wave scattering problems, ACUSTICA, 84(6), 1998, pp. 1083-1090
Risultati: 1-11 |