Novel approach to sense oxygen in solution using short measurement times

F. van Rossem*, T. Kamperman, J.G. Bomer, A. van den Berg, S. Le Gac, M. Boiani

*Corresponding author for this work

    Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademicpeer-review

    1 Citation (Scopus)

    Abstract

    We report here a novel approach for rapid sensing of oxygen in solution. Dissolved oxygen is measured using an ultramicroelectrode array (UMEA) (36 UMEs; 2μm O 20μm spacing) fabricated from Pt in an oxide-nitride-oxide insulating layer on glass. The oxygen concentration is determined in the short time measurement mode using the slope of the measured current I as a function of 1/√t (-0.4V applied), t being the measurement time (Cottrell equation). Specifically, the dissolved oxygen concentration is measured within less than 10ms in the solution. At the same time, the concentration in dissolved oxygen is monitored using an external optical sensor, for calibration purposes. A linear relationship (R2=0.96) is found between the responses of the two sensors. By implementing a conditioning step (0.1V applied for 10ms), only a 2% change is observed in the UMEA response over a 2h period. The proposed sensing approach will be very valuable to monitor in situ the respiratory activity of microtissues in nL volumes, as the amount of oxygen consumed by the sensor is dramatically decreased using short measurement times.

    Original languageEnglish
    Title of host publicationIEEE SENSORS 2012 - Proceedings
    DOIs
    Publication statusPublished - 1 Dec 2012
    Event2012 IEEE Sensors - Taipei International Convention Center, Taipei, Taiwan, Province of China
    Duration: 28 Oct 201231 Oct 2012

    Conference

    Conference2012 IEEE Sensors
    CountryTaiwan, Province of China
    CityTaipei
    Period28/10/1231/10/12

    Fingerprint

    Dissolved oxygen
    Time measurement
    Oxygen
    Oxides
    Sensors
    Optical sensors
    Nitrides
    Calibration
    Glass

    Keywords

    • Electrodes
    • Current measurement
    • Sensor phenomena and characterization
    • Time measurement
    • Arrays
    • Atmospheric measurements

    Cite this

    van Rossem, F. ; Kamperman, T. ; Bomer, J.G. ; van den Berg, A. ; Le Gac, S. ; Boiani, M. / Novel approach to sense oxygen in solution using short measurement times. IEEE SENSORS 2012 - Proceedings. 2012.
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    title = "Novel approach to sense oxygen in solution using short measurement times",
    abstract = "We report here a novel approach for rapid sensing of oxygen in solution. Dissolved oxygen is measured using an ultramicroelectrode array (UMEA) (36 UMEs; 2μm O 20μm spacing) fabricated from Pt in an oxide-nitride-oxide insulating layer on glass. The oxygen concentration is determined in the short time measurement mode using the slope of the measured current I as a function of 1/√t (-0.4V applied), t being the measurement time (Cottrell equation). Specifically, the dissolved oxygen concentration is measured within less than 10ms in the solution. At the same time, the concentration in dissolved oxygen is monitored using an external optical sensor, for calibration purposes. A linear relationship (R2=0.96) is found between the responses of the two sensors. By implementing a conditioning step (0.1V applied for 10ms), only a 2{\%} change is observed in the UMEA response over a 2h period. The proposed sensing approach will be very valuable to monitor in situ the respiratory activity of microtissues in nL volumes, as the amount of oxygen consumed by the sensor is dramatically decreased using short measurement times.",
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    year = "2012",
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    van Rossem, F, Kamperman, T, Bomer, JG, van den Berg, A, Le Gac, S & Boiani, M 2012, Novel approach to sense oxygen in solution using short measurement times. in IEEE SENSORS 2012 - Proceedings., 6411115, 2012 IEEE Sensors, Taipei, Taiwan, Province of China, 28/10/12. https://doi.org/10.1109/ICSENS.2012.6411115

    Novel approach to sense oxygen in solution using short measurement times. / van Rossem, F.; Kamperman, T.; Bomer, J.G.; van den Berg, A.; Le Gac, S.; Boiani, M.

    IEEE SENSORS 2012 - Proceedings. 2012. 6411115.

    Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademicpeer-review

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    AU - Le Gac, S.

    AU - Boiani, M.

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    KW - Current measurement

    KW - Sensor phenomena and characterization

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    KW - Arrays

    KW - Atmospheric measurements

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