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    Bruker Avance NEO two channel Spectrometer
    EquipmentAvailable

    Bruker Avance NEO two channel Spectrometer

    Faculty of Science
    Chemistry
    University of Alberta
    • N2 Cooled Prodigy ProbeBBO-H&F: X nuclei optimized 5mm double resonance BBO H&F CryoProbe Prodigy designed for X-nuclei observation with 1H or 19F decoupling and 1H or 19F observation with X-nuclei decoupling. The X-nuclei range includes the broadband (BB) range 31P-15N excluding 199Hg-153Eu. Probe includes cooled preamplifiers for 1H & 19F, BB and 2H.

    • SampleJet Robotic system

    • Pulsed field gradients of ~50G/cm available.iProbe TBO 5mm BBF/19F/1H (low-F),X-nuclei optimized triple resonance broad banded Bruker iProbe TBO designed for direct X-nuclei observation with 1H and/or 19F decoupling and for 1H observation (indirect detection). The X-nuclei range corresponds to 19F and the broad band range 31P-109Ag (BBF) excluding 171Yb-9Be.

    • Spectrometer specs

    • TopSpin 4.x with automatic tuning/matching

    • SampleCase - 24 position robotic sample handling

    Nuclear Magnetic Resonance Facility

    Nuclear Magnetic Resonance Facility

    Faculty of Science

    Research lab focused on advancing scientific knowledge and innovation.

    RM

    Ryan McKay

    Chemistry
    Faculty of Science
    University of Alberta
    EquipmentAvailable

    Bruker Avance NEO two channel Spectrometer

    Faculty of Science
    Chemistry
    University of Alberta
    • N2 Cooled Prodigy ProbeBBO-H&F: X nuclei optimized 5mm double resonance BBO H&F CryoProbe Prodigy designed for X-nuclei observation with 1H or 19F decoupling and 1H or 19F observation with X-nuclei decoupling. The X-nuclei range includes the broadband (BB) range 31P-15N excluding 199Hg-153Eu. Probe includes cooled preamplifiers for 1H & 19F, BB and 2H.

    • SampleJet Robotic system

    • Pulsed field gradients of ~50G/cm available.iProbe TBO 5mm BBF/19F/1H (low-F),X-nuclei optimized triple resonance broad banded Bruker iProbe TBO designed for direct X-nuclei observation with 1H and/or 19F decoupling and for 1H observation (indirect detection). The X-nuclei range corresponds to 19F and the broad band range 31P-109Ag (BBF) excluding 171Yb-9Be.

    • Spectrometer specs

    • TopSpin 4.x with automatic tuning/matching

    • SampleCase - 24 position robotic sample handling

    Bruker Avance NEO two channel Spectrometer
    Nuclear Magnetic Resonance Facility

    Nuclear Magnetic Resonance Facility

    Faculty of Science

    Research lab focused on advancing scientific knowledge and innovation.

    RM

    Ryan McKay

    Chemistry
    Faculty of Science
    University of Alberta

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    McGill UniversityConcordia UniversityUniversité de MontréalPolytechnique MontréalDobson Centre for EntrepreneurshipUniversity of Alberta
    © 2026 LabGiant
    Privacy PolicyTerms of Service