Anti-REsonant Reflecting Optical Waveguides (ARROWs) as Optimal Optical Detectors for μTAS Applications.

NJ Goddard, K Singh, AF Bounaria, R Holmes, SJ Baldock, L Pickering, PR Filden, RD Snook

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

    Abstract

    Objectives:The primary objective of this work was to devise simple means of performing optical detection of species within microchannels compatible with μTAS applications.Secondary objectives were:• To permit detection anywhere within a microchannel without mechanical movement of the light source or detector.• To be able to detect refractive index, optical absorption and fluorescence with common instrumentation.• To be able to use a wide range of wavelengths. • To provide detection schemes compatible with electrokinetic sample transport and separation.
    LanguageEnglish
    Title of host publicationUnknown Host Publication
    Pages691-694
    Number of pages1
    Publication statusPublished - 1998
    EventMicroTotal Analysis Systems 1998 - Alberta, Canada
    Duration: 1 Jan 1998 → …

    Conference

    ConferenceMicroTotal Analysis Systems 1998
    Period1/01/98 → …

    Fingerprint

    optical waveguides
    microchannels
    detectors
    electrokinetics
    light sources
    optical absorption
    refractivity
    fluorescence
    wavelengths

    Cite this

    Goddard, NJ., Singh, K., Bounaria, AF., Holmes, R., Baldock, SJ., Pickering, L., ... Snook, RD. (1998). Anti-REsonant Reflecting Optical Waveguides (ARROWs) as Optimal Optical Detectors for μTAS Applications. In Unknown Host Publication (pp. 691-694)
    Goddard, NJ ; Singh, K ; Bounaria, AF ; Holmes, R ; Baldock, SJ ; Pickering, L ; Filden, PR ; Snook, RD. / Anti-REsonant Reflecting Optical Waveguides (ARROWs) as Optimal Optical Detectors for μTAS Applications. Unknown Host Publication. 1998. pp. 691-694
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    abstract = "Objectives:The primary objective of this work was to devise simple means of performing optical detection of species within microchannels compatible with μTAS applications.Secondary objectives were:• To permit detection anywhere within a microchannel without mechanical movement of the light source or detector.• To be able to detect refractive index, optical absorption and fluorescence with common instrumentation.• To be able to use a wide range of wavelengths. • To provide detection schemes compatible with electrokinetic sample transport and separation.",
    author = "NJ Goddard and K Singh and AF Bounaria and R Holmes and SJ Baldock and L Pickering and PR Filden and RD Snook",
    year = "1998",
    language = "English",
    pages = "691--694",
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    Goddard, NJ, Singh, K, Bounaria, AF, Holmes, R, Baldock, SJ, Pickering, L, Filden, PR & Snook, RD 1998, Anti-REsonant Reflecting Optical Waveguides (ARROWs) as Optimal Optical Detectors for μTAS Applications. in Unknown Host Publication. pp. 691-694, MicroTotal Analysis Systems 1998, 1/01/98.

    Anti-REsonant Reflecting Optical Waveguides (ARROWs) as Optimal Optical Detectors for μTAS Applications. / Goddard, NJ; Singh, K; Bounaria, AF; Holmes, R; Baldock, SJ; Pickering, L; Filden, PR; Snook, RD.

    Unknown Host Publication. 1998. p. 691-694.

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

    TY - GEN

    T1 - Anti-REsonant Reflecting Optical Waveguides (ARROWs) as Optimal Optical Detectors for μTAS Applications.

    AU - Goddard, NJ

    AU - Singh, K

    AU - Bounaria, AF

    AU - Holmes, R

    AU - Baldock, SJ

    AU - Pickering, L

    AU - Filden, PR

    AU - Snook, RD

    PY - 1998

    Y1 - 1998

    N2 - Objectives:The primary objective of this work was to devise simple means of performing optical detection of species within microchannels compatible with μTAS applications.Secondary objectives were:• To permit detection anywhere within a microchannel without mechanical movement of the light source or detector.• To be able to detect refractive index, optical absorption and fluorescence with common instrumentation.• To be able to use a wide range of wavelengths. • To provide detection schemes compatible with electrokinetic sample transport and separation.

    AB - Objectives:The primary objective of this work was to devise simple means of performing optical detection of species within microchannels compatible with μTAS applications.Secondary objectives were:• To permit detection anywhere within a microchannel without mechanical movement of the light source or detector.• To be able to detect refractive index, optical absorption and fluorescence with common instrumentation.• To be able to use a wide range of wavelengths. • To provide detection schemes compatible with electrokinetic sample transport and separation.

    M3 - Conference contribution

    SP - 691

    EP - 694

    BT - Unknown Host Publication

    ER -

    Goddard NJ, Singh K, Bounaria AF, Holmes R, Baldock SJ, Pickering L et al. Anti-REsonant Reflecting Optical Waveguides (ARROWs) as Optimal Optical Detectors for μTAS Applications. In Unknown Host Publication. 1998. p. 691-694