Absolute pressure measurements on a nanosecond time scale using surface plasmons

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1996
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Schilling, Andreas
Yavaṣ, Oğuz
Bischof, Jörg
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Applied Physical Letters ; 69 (1996), 27. - S. 4159-4161
Zusammenfassung
Transient acoustic waves generated by laser-induced bubble formation at a liquid solid interface are sensitively monitored using optically excited surface plasmons. This method enables the detection of both the compressive and tensile waves with high accuracy as demonstrated for the propagation and reflection of acoustic pulses at a quartz water interface. Unique advantages of this new technique are the high sensitivity of 0.1 0.2 MPa that could be achieved for absolute pressure measurements on a nanosecond time scale and its ability to probe exact pulse profiles due to the localized probe depth of surface plasmons.
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ISO 690SCHILLING, Andreas, Oğuz YAVAṢ, Jörg BISCHOF, Johannes BONEBERG, Paul LEIDERER, 1996. Absolute pressure measurements on a nanosecond time scale using surface plasmons. In: Applied Physical Letters. 69(27), pp. 4159-4161. Available under: doi: 10.1063/1.116971
BibTex
@article{Schilling1996Absol-4923,
  year={1996},
  doi={10.1063/1.116971},
  title={Absolute pressure measurements on a nanosecond time scale using surface plasmons},
  number={27},
  volume={69},
  journal={Applied Physical Letters},
  pages={4159--4161},
  author={Schilling, Andreas and Yavaṣ, Oğuz and Bischof, Jörg and Boneberg, Johannes and Leiderer, Paul}
}
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    <dcterms:abstract xml:lang="eng">Transient acoustic waves generated by laser-induced bubble formation at a liquid solid interface are sensitively monitored using optically excited surface plasmons. This method enables the detection of both the compressive and tensile waves with high accuracy as demonstrated for the propagation and reflection of acoustic pulses at a quartz water interface. Unique advantages of this new technique are the high sensitivity of 0.1 0.2 MPa that could be achieved for absolute pressure measurements on a nanosecond time scale and its ability to probe exact pulse profiles due to the localized probe depth of surface plasmons.</dcterms:abstract>
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