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ZnO Nanowires Create Ultrasensitive UV Smoke Detector

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A new low-temperature nanowire growth process can create ultrasensitive UV smoke detectors directly on a microchip. A ZnO nanowire detector created through a seedless hydrothermal technique is 10,000 times more sensitive to UV radiation than traditional ZnO detectors, according to researchers at the University of Surrey. This sensitivity could allow the detector to pick up tiny smoke particles emitted at the early stages of fires. Today’s photoelectric smoke detectors sense larger particles found in dense smoke, but are not as sensitive to small particles from rapidly...Read full article

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    Photonics Spectra
    May 2015
    Research & TechnologyEuropeEnglandUKUniversity of SurreyRavi SilvaUVSensors & DetectorsTech PulseEuro News

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