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Differential optical interferometry, initially developed to characterize optical recording media surfaces and subsequently used to detect continuous and pulsed ultrasonic elastic waves , has been ...
of crystals play a pivotal role in the theory of waves and link modern physics with the classical variety and field theory with the physics of continuous media , solids , and crys- tals. Optical (electromagnetic ...
used to detect continuous and pulsed ultrasonic elastic waves , has recently been applied to the measurement of the interface properties of bonded transparent solids . Acousto-optic interaction between ...
Broadband signals are commonly used in ultrasonic spectroscopy to measure the frequency dependent attenuation characteristics of lossy solid media . Compared to narrowband signals, broadband signals ...
a “breathing” crack in solid media on propagating guided ultrasonic waves (GUWs), this study proposes a new characterization approach, able to orientate a fatigue crack, even when the crack is at its embryo ...
in simple synthetic media ( Gist 1994 ). This complexity gives rise to a variety of matrix–fluid interactions which contribute to the attenuation of the different wave modes. The most important interaction ...
Optodynamic interaction between a laser pulse and the surface of an opaque, solid elastic object produces transient waves that propagate and reverberate within the object. They can be, in general ...
. Huang W. , 1992 . Ultrasonic wave interaction with a thin anisotropic interfacial layer between two anisotropic solids : exact and asymptotic-boundary-condition methods , J. acoust. Soc. Am. , 92 , 1729 ...
as scattered field. These data were used along with theoretical fluid- solid interaction forward models for stratified- media developed using elasticity theory, to solve an inverse problem for the recovery ...
Abstract Seismic wave attenuation in porous rocks consists of intrinsic or anelastic attenuation (the lost energy is converted into heat due to interaction between the waves and the rocks ...
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