@CONFERENCE\{IMM2010-05951,
    author       = "M. S. Schmidt and N. Kostesha and F. Bosco and J. K. Olsen and C. Johnsen and K. A. Nielsen and J. O. Jeppesen and T. S. Alstr{\o}m and J. Larsen and M. H. Jacobsen and T. Thundat and A. Boisen",
    title        = "Xsense: using nanotechnology to combine detection methods for high sensitivity handheld explosives detectors",
    year         = "2010",
    month        = "apr",
    keywords     = "Explosives detection, Surface enhanced Raman scattering spectroscopy, colorimetry, calorimetry, cantilever based sensor, {TNT,} {DNT,} data fusion",
    pages        = "76641H",
    booktitle    = "Detection and Sensing of Mines, Explosive Objects, and Obscured Targets {XV}",
    volume       = "7664",
    series       = "",
    editor       = "Russell S. Harmon and John H. Holloway and Jr. and J. Thomas Broach",
    publisher    = "SPIE",
    organization = "",
    address      = "",
    note         = "doi = \{10.1117/12.850219\}",
    url          = "http://link.aip.org/link/?PSI/7664/76641H/1",
    abstract     = "In an effort to produce a handheld explosives sensor the Xsense project has been initiated at the Technical University of Denmark in collaboration with a number of partners. Using micro- and nano technological approaches it will be attempted to integrate four detection principles into a single device. At the end of the project, the consortium aims at having delivered a sensor platform consisting of four independent detector principles capable of detecting concentrations of {TNT} at sub parts-per-billion (ppb) concentrations and with a false positive rate less than 1 parts-per-thousand. The specificity, sensitivity and reliability are ensured by the use of clever data processing , surface functionalisation and nanostructured sensors and sensor surfaces."
}