## Physical Acoustics: Fundamentals and ApplicationsThe June 1990 symposium saw presentation of 17 invited lectures and 80 contributed papers and posters, contained here in two sections organized alphabetically by author. Among the topics: what to do when your world turns nonlinear, thermal waves for material inspection, lasers in acoustics, complex |

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### Contents

The Role of Surface Acoustic Waves in Scanning Acoustic Microscopy | 3 |

Ultrasonic Waves in Monodimensional Periodical Composites | 13 |

What To Do When Your World Turns Nonlinear | 21 |

Copyright | |

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acoustic wave acousto-optical amplitude analysis anisotropic attenuation axis backscattered backscattered signal beam boundary Bragg Bragg angle bubble calculated components constant crystal curves cylindrical density dependence detection direction dispersion displacement effect elastic electric electrode energy equation excitation experimental field film fluid foam frequency function group velocity harmonic plane waves Im/Re incident interaction isotropic laser layer Leroy and M. A. linear liquid longitudinal longitudinal waves M. A. Breazeale material measurements medium method modes modulation nonlinear normal obtained optical parameters phase velocity photoacoustic Phys piezoelectric plane waves plate polarization pressure problem pulse radiation radiation modes Raman-Nath Rayleigh wave reflection coefficient resonance sample scattering solid solution sound spectra spectrum structure substrate surface acoustic wave surface wave technique temperature theoretical theory thermal wave thickness transducer transition transmission transmission coefficient transverse transverse waves ultrasonic motor ultrasonic wave values vector vibration viscoelastic wave propagation wavelength