Efficient production of coherent phonons by spatially periodic impulsive heating is shown to be a very well established method and to give reliable measurements of strong acoustic attenuation. Special care is taken to eliminate size effects. The technique is applied to a polymer material undergoing a glass-rubber phase transition
We show the experimental generation and detection, as well as theoretical studies, of unusual cohere...
We report on an investigation of the ability of Transient Grating Spectroscopy (TGS) to accurately m...
Nous présentons une revue des techniques de génération et détection d'impulsions opto-acoustiques, o...
We investigate the excitation of coherent acoustic and optical phonons by ultrashort extreme ultravi...
Photoacoustic waves can be generated by submicron sized particles that absorb radiation and transmit...
We investigated the acoustic and thermal features of a polymeric system by a heterodyne detected tra...
Ultrasonics International (UI 05)/ World Congress on Ultrasonics (WCU 2005), Beijing, PEOPLES R CHIN...
Structure-property relationships are the foundation of materials science and are essential for predi...
The detection of ultrashort laser-generated acoustic pulses at a metal surface and the reconstructio...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Chemistry, 2015.Cataloged from ...
A short pulse of laser light can act as a source of acoustic energy for acoustic imaging. Although t...
Ultrafast laser pulses incident on metals can lead to the generation of coherent phonon wave packets...
Laser excited acoustic and thermal waves have the interesting property that they can deliver informa...
Transient grating techniques are shown to be a very well adaptetd method to follow the response of a...
Short laser pulses were used for generating surface acoustic waves (SAW's) on optically opaque solid...
We show the experimental generation and detection, as well as theoretical studies, of unusual cohere...
We report on an investigation of the ability of Transient Grating Spectroscopy (TGS) to accurately m...
Nous présentons une revue des techniques de génération et détection d'impulsions opto-acoustiques, o...
We investigate the excitation of coherent acoustic and optical phonons by ultrashort extreme ultravi...
Photoacoustic waves can be generated by submicron sized particles that absorb radiation and transmit...
We investigated the acoustic and thermal features of a polymeric system by a heterodyne detected tra...
Ultrasonics International (UI 05)/ World Congress on Ultrasonics (WCU 2005), Beijing, PEOPLES R CHIN...
Structure-property relationships are the foundation of materials science and are essential for predi...
The detection of ultrashort laser-generated acoustic pulses at a metal surface and the reconstructio...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Chemistry, 2015.Cataloged from ...
A short pulse of laser light can act as a source of acoustic energy for acoustic imaging. Although t...
Ultrafast laser pulses incident on metals can lead to the generation of coherent phonon wave packets...
Laser excited acoustic and thermal waves have the interesting property that they can deliver informa...
Transient grating techniques are shown to be a very well adaptetd method to follow the response of a...
Short laser pulses were used for generating surface acoustic waves (SAW's) on optically opaque solid...
We show the experimental generation and detection, as well as theoretical studies, of unusual cohere...
We report on an investigation of the ability of Transient Grating Spectroscopy (TGS) to accurately m...
Nous présentons une revue des techniques de génération et détection d'impulsions opto-acoustiques, o...