Observation of oxygen dimers via energy transfer from silicon nanoparticles

  • Daniel Wolverson (Creator)
  • Gazimagomed Aliev (Project Member)
  • Jamaree Amonkosolpan Srinakharinwirot University (Project Member)

Dataset

Description

Publication abstract:
Energy transfer from photo-excited excitons confined in silicon nanoparticles to oxygen dimers adsorbed on the nanoparticle surfaces is studied as a function of temperature and magnetic field. Quenching features in the nanoparticle photoluminescence spectrum arise from energy transfer to the oxygen dimers with and without the emission of Si TO(Δ) phonons and, also, with and without the vibrational excitation of the dimers. The dependence of the quenching on magnetic field shows that energy transfer is fast when a dimer is present, allowing an estimate of the proportion of the nanoparticles with adsorbed dimers.

This dataset contains raw data contributing to all figures in this publication.
Date made available15 Jul 2015
PublisherUniversity of Bath

Cite this

Wolverson, D. (Creator), Aliev, G. (Project Member), Amonkosolpan, J. (Project Member) (15 Jul 2015). Observation of oxygen dimers via energy transfer from silicon nanoparticles. University of Bath. 10.15125/BATH-00119