Publications
ResearcherID : C-5956-2008 (TY, h-index: 24) , AAZ-8749-2021 (RK, h-index: 11)
Google Scholar : TY (h-index: 34), RK (h-index: 11)
2014
Hiroaki Matsui, Wasanthamala Badalawa, Takayuki Hasebe, Shinya Furuta, Wataru Nomura, Takashi Yatsui, Motoichi Ohtsu, Hitoshi Tabata
Coupling of Er light emissions to plasmon modes on In2O3: Sn nanoparticle sheets in the near-infrared range Journal Article
In: Applied Physics Letters, vol. 105, no. 4, pp. 041903, 2014.
@article{2014Matsui,
title = {Coupling of Er light emissions to plasmon modes on In2O3: Sn nanoparticle sheets in the near-infrared range},
author = {Hiroaki Matsui and Wasanthamala Badalawa and Takayuki Hasebe and Shinya Furuta and Wataru Nomura and Takashi Yatsui and Motoichi Ohtsu and Hitoshi Tabata},
doi = {10.1063/1.4892004},
year = {2014},
date = {2014-07-01},
urldate = {2014-07-01},
journal = {Applied Physics Letters},
volume = {105},
number = {4},
pages = {041903},
abstract = {Near-infrared Er photoluminescence (PL) is markedly modified using a plasmonic In2O3: Sn nanoparticle (NP) sheet. Modeling and optical measurements reveal the presence of different electric fields (E-field) in the NP sheet. The local E-field excited at the interface between the NP sheet and Er-emitting layer of ZnO contributes significantly towards the spectral modifications of Er PL due to matching with the photon energy of Er PL. We also determine the critical temperature for Er PL modifications, which is related to the energy transfer efficiency between Er transition dipoles in ZnO and the plasmon modes on the NP sheet.},
keywords = {In2O3: Sn, Plasmon, ZnO},
pubstate = {published},
tppubtype = {article}
}
Near-infrared Er photoluminescence (PL) is markedly modified using a plasmonic In2O3: Sn nanoparticle (NP) sheet. Modeling and optical measurements reveal the presence of different electric fields (E-field) in the NP sheet. The local E-field excited at the interface between the NP sheet and Er-emitting layer of ZnO contributes significantly towards the spectral modifications of Er PL due to matching with the photon energy of Er PL. We also determine the critical temperature for Er PL modifications, which is related to the energy transfer efficiency between Er transition dipoles in ZnO and the plasmon modes on the NP sheet.