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Licensing for micro-cavity SERS resonator
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Taylor, Lee
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Office of Technology Transfer and Economic Development (OTTED)
http://www.otted.hawaii.edu/technology/00686/novel-method-improving-raman-signal-submicron-size-materials-micro-cavity-sers-reso
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"Scientists at the Hawaii Institute of Geophysics & Planetology (HIGP) have developed a system which can perform both Raman spectroscopy and LIBS (Laser-induced breakdown spectroscopy) using a single laser source, a spectrograph equipped with a multi-channel detector. Raman spectroscopy provides the molecular vibrational spectra and is widely used technique for positive identification of a molecule from their Raman fingerprints. LIBS produces atomic spectra of the ionized plasms on the material surface, and is used for identification of atoms present in the material. The combined system can do both Raman and LIBS spectroscopy simultaneously. The system operates at stand-off distances and provides a powerful remote sensing capability by recording both Raman and LIBS data."
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2011-05-25T14:28:03.038-05:00
awendicke (Annemarie Wendicke)
2011-06-03T16:08:54.598-05:00
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kcorday (Karen Corday)
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