The application of all-optical time resolved techniques to nano structured Surface Phononic Crystals enables the generation and detection of hypersonic frequency surface acoustic waves up to 50 GHz, with great potential for breakthroughs in nano metrology and sensing applications. Here we review the advances in this field both in the theory and experiments, focusing on the progress in non-destructive ultrathin films nanometrology and the promise of dramatically increasing mass sensors sensitivity due to enhanced acoustic wave surface confinement.
Nardi, D., Travagliati, M., Murnane, M., Kapteyn, H., Ferrini, G., Giannetti, C., Banfi, F., Impulsively excited Surface Phononic Crystals: A route towards novel sensing schemes, Paper, in SENSORS, 2014 IEEE, (Valencia Conference Centre AV. CORTES VALENCIANAS, Nº 60 VALENCIA, Spain, 02-05 November 2014), Institute of Electrical and Electronics Engineers Inc., NON RIPORATATA 2014:<<PROCEEDINGS OF IEEE SENSORS ...>>, 895-898. 10.1109/ICSENS.2014.6985145 [http://hdl.handle.net/10807/87498]
Impulsively excited Surface Phononic Crystals: A route towards novel sensing schemes
Henry; Ferrini;Gabriele; Giannetti;Claudio; Banfi
2014
Abstract
The application of all-optical time resolved techniques to nano structured Surface Phononic Crystals enables the generation and detection of hypersonic frequency surface acoustic waves up to 50 GHz, with great potential for breakthroughs in nano metrology and sensing applications. Here we review the advances in this field both in the theory and experiments, focusing on the progress in non-destructive ultrathin films nanometrology and the promise of dramatically increasing mass sensors sensitivity due to enhanced acoustic wave surface confinement.
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