Add to ORKGBroadband ultrasonic pulses and monochromatic ultrasonic waves are visualized in various transparent solids using a photoelastic visualization technique. Application is made to the characterization of the sound field radiated by various ultrasonic transducers operating under various excitation and coupling conditions
Laser vibrometry was used to visualize the process of ultrasonic wave propagation on a metallic samp...
Laser vibrometry is used routinely to visualize the process of ultrasonic wave propagation on solid ...
The ultrasonic beam features in ultrasonic and acousto-optic devices have a great impact on their ch...
Broadband ultrasonic pulses and monochromatic ultrasonic waves are visualized in various transparent...
Visualisation of acoustic waves in transparent media is described using schlieren and photoelastic p...
A laser pulse incident on a bulk medium produces a very complex ultrasonic field, which is often fur...
Propagation of higher order mode Lamb waves of 2 MHz in a glass plate is visualized using a strobe p...
The established approach for the characterization of sound beams is the acquisition of experimental ...
Ultrasonic transducers are used in many fields of application, including medical imaging/treatment, ...
Laser systems for excitation and detection of ultrasonic waves incorporate the benefits of a complet...
Visualization of 1 MHz ultrasonic burst pulse propagation around a crack in a glass sample is carrie...
AbstractImpulse acoustic visualization of bulk microstructure in solid specimens is performed in the...
The analysis of acoustic wave fields is important for a large number of engineering designs, communi...
For ultrasonic non destructive evaluation of defects or of materials, the knowledge of transducer fi...
Obtaining detailed views of complex acoustic and ultrasonic fields is made difficult by the need to ...
Laser vibrometry was used to visualize the process of ultrasonic wave propagation on a metallic samp...
Laser vibrometry is used routinely to visualize the process of ultrasonic wave propagation on solid ...
The ultrasonic beam features in ultrasonic and acousto-optic devices have a great impact on their ch...
Broadband ultrasonic pulses and monochromatic ultrasonic waves are visualized in various transparent...
Visualisation of acoustic waves in transparent media is described using schlieren and photoelastic p...
A laser pulse incident on a bulk medium produces a very complex ultrasonic field, which is often fur...
Propagation of higher order mode Lamb waves of 2 MHz in a glass plate is visualized using a strobe p...
The established approach for the characterization of sound beams is the acquisition of experimental ...
Ultrasonic transducers are used in many fields of application, including medical imaging/treatment, ...
Laser systems for excitation and detection of ultrasonic waves incorporate the benefits of a complet...
Visualization of 1 MHz ultrasonic burst pulse propagation around a crack in a glass sample is carrie...
AbstractImpulse acoustic visualization of bulk microstructure in solid specimens is performed in the...
The analysis of acoustic wave fields is important for a large number of engineering designs, communi...
For ultrasonic non destructive evaluation of defects or of materials, the knowledge of transducer fi...
Obtaining detailed views of complex acoustic and ultrasonic fields is made difficult by the need to ...
Laser vibrometry was used to visualize the process of ultrasonic wave propagation on a metallic samp...
Laser vibrometry is used routinely to visualize the process of ultrasonic wave propagation on solid ...
The ultrasonic beam features in ultrasonic and acousto-optic devices have a great impact on their ch...