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Caroline Jarrold Group

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    • Resonant 2-photon Detachment
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Anion Reactivity


Reactiviy of metal oxide anions

Photocatalytic decomposition of water- We have observed evidence of H2 evolution resulting from reactions between water and group 6 transition metal suboxide clusters.

In the case of W3Oy− clusters, the sequential cluster oxidation/H2 reduction reaction terminates at W3O6− + H2O → W3O7H2−. To complete the catalytic cycle, release of OH or O2 from the cluster is necessary. We plan to use our OPO tunable light (410-709 nm) source to explore dissociative anion states that will regenerate the suboxides with photon energies overlapping with the solar spectrum.

Temperature Studies We have also begun the design of a variable temperature ion source (~298K – 1173K). This source will allow us to explore reactant barrier heights.

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  • Caroline Jarrold Group

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  • Home
  • Research
    • Photoelectron Spectroscopy
    • Resonant 2-photon Detachment
    • Anion Reactivity
    • Atmospheric Reaction Complex Anions
  • Publications
  • Members
    • Professor Jarrold
    • Current Members
    • Collaborators
    • Alumni
  • Instruments
    • Big Instrument
    • Little Instrument

The College of Arts & Sciences