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July 24, 2026OxygenOpen Access

Stokes Components of Raman-Induced Singlet Oxygen

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Authors

AOAristides Marcano OlaizolaWRWalique RichardsonSWSonia Wabukoya

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Overview

Randomized trial explores Stokes signals of singlet oxygen in water, suggesting unique vibrational signatures.

Key Points

  • The aim is to investigate Stokes signals generated from Raman photoexcitation of oxygen in water, focusing on singlet oxygen.
  • Utilized intense nanosecond radiation to pump water samples
  • Analyzed Stokes signals and diffraction patterns using spectroscopic techniques
  • Identified contributions from dissolved oxygen and water molecule vibrations
  • Detected a single peak in the central spot and a two-peak structure in the ring from singlet oxygen signals.
  • Confirmed exponential growth in Stokes signal with increasing pulse energy, consistent with stimulated Raman theory.

Cite This Study

Olaizola et al. (2026) studied this question.

synapsesocial.com/papers/6a6301a6395161722cd16263https://doi.org/10.3390/oxygen6030020
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