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Data for Untangling Optical Effects from Electron Transfer Signatures in Chemical Interface Damping

  • Tinglian Yuan (Creator)
  • Sadie Brasel (Creator)
  • Katsuya Shiratori (Creator)
  • Amrita Chakraborty (Creator)
  • Prashant Jain (Creator)
  • A. Stephen Lee (Creator)
  • Stephan Link (Creator)

Dataset

Description

The datasets are used for generating figures for the manuscript entitled Untangling Optical Effects from Electron Transfer Signatures in Chemical Interface Damping, and for the associated supporting information document. The study predicted theoretical plasmon linewidth of a gold nanorod and its radiative and nonradiative linewidth contributions. The study developed an experimental approach to isolate chemical interface damping rate from single-particle scattering linewidth by quantifying and subtracting out the optical effect.
Date made availableAug 26 2026
PublisherUniversity of Illinois Urbana-Champaign

Keywords

  • single-particle dark-field scattering spectroscopy
  • metal–metal oxide hybrid
  • surface plasmon
  • plasmon damping
  • direct charge transfer

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