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Olfactory system / Science / Technology / Perception / Olfaction / Odor / Electronic nose


AC001137A Optical Multi-bead Arrays for Simple and Complex Odor Discrimination Keith J. Albert and David R. Walt* The Max Tishler Laboratory for Organic Chemistry, Department of Chemistry, Tufts University, Medford, MA
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Document Date: 2001-02-28 07:47:46


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File Size: 1,23 MB

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City

Pittsburgh / Instruments / Medford / Ana / Diego / Naperville / San Diego / Milwaukee / Torrance / /

Company

Chroma Technology Corp. / Northeast Gas Inc. / Custom Sensor Solutions Inc. / Illumina Inc. / Olympus / The Max Tishler Laboratory / Cooke Corporation / Ultra Tec Mfg. Inc. / /

Country

United States / /

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Facility

University of Leicester / David R. Walt* The Max Tishler Laboratory / Tufts University / /

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IndustryTerm

Subsequent data processing / carrier gas / pre-processing metric / food quality / chemical molecular characteristics / optical imaging fibers / microsensor technology / Image processing / odor detection systems / software capability / tedlar-bag gas-dilution system / sensor array systems / pre-processing metrics / pre-processing types / delivery systems / tedlar-bag gas-dilution odor delivery system / bead array technology / optical imaging / artificial nose systems / air carrier gas / /

Organization

University of Leicester / DNB / Tufts University / Daljeet S. Gill and Tim C. Pearce* Department of Engineering / Department of Chemistry / /

Person

Keith J. Albert / A CCD / Tim C. Pearce / Daljeet S. Gill / /

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Position

fiber polisher / *Corresponding author for computational work / Fisher / representative / author for sensor work / /

ProvinceOrState

North Dakota / Massachusetts / /

Technology

S/N / microsensor technology / fiber optic / quantification.7-10 This technology / Image Processing / 3g / bead array technology / /

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