Numeric Tuning of Surface Plasmon Enhanced Spontaneous Emission Inducted by Nano-Metallic Particle Systems Embedded in GaN-Based LED

In this work, spontaneous emission enhancement inducted by surface plasmon on nano-metallic particle systems embedded in GaN-based LED is investigated numerically. The systems under study consist of two nano-Ag balls or cylinders. By numerically tuning geometrical parameters of the system and polari...

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Published inJournal of display technology Vol. 11; no. 3; pp. 296 - 303
Main Authors Lin, Yi-Zhu, Liu, Duan-Yang, Gao, Jin-Wei
Format Journal Article
LanguageEnglish
Published IEEE 01.03.2015
Subjects
Gallium nitride
Joining processes
Light emitting diodes
nanophotonics
plasmons
Spontaneous emission
Surface waves
Tuning
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ISSN1551-319X
1558-9323
DOI10.1109/JDT.2014.2385592

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Abstract In this work, spontaneous emission enhancement inducted by surface plasmon on nano-metallic particle systems embedded in GaN-based LED is investigated numerically. The systems under study consist of two nano-Ag balls or cylinders. By numerically tuning geometrical parameters of the system and polarization of the photon emitting source, we investigate the dependence of spontaneous emission enhancement effect on those factors. It is found that the enhancement magnitude level and peak position are subject to geometrical characteristics of the nano-Ag components in different manners for symmetrical and asymmetrical systems respectively. Higher enhancement ratio for a specific wavelength can be obtained by tweaking parameters of asymmetrical system. Polarization dependence of enhancement effect can be utilized to improve performance of bi-color LED.
AbstractList In this work, spontaneous emission enhancement inducted by surface plasmon on nano-metallic particle systems embedded in GaN-based LED is investigated numerically. The systems under study consist of two nano-Ag balls or cylinders. By numerically tuning geometrical parameters of the system and polarization of the photon emitting source, we investigate the dependence of spontaneous emission enhancement effect on those factors. It is found that the enhancement magnitude level and peak position are subject to geometrical characteristics of the nano-Ag components in different manners for symmetrical and asymmetrical systems respectively. Higher enhancement ratio for a specific wavelength can be obtained by tweaking parameters of asymmetrical system. Polarization dependence of enhancement effect can be utilized to improve performance of bi-color LED.
Author Jin-Wei Gao
Duan-Yang Liu
Yi-Zhu Lin
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Snippet In this work, spontaneous emission enhancement inducted by surface plasmon on nano-metallic particle systems embedded in GaN-based LED is investigated...
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StartPage 296
SubjectTerms Gallium nitride
Joining processes
Light emitting diodes
nanophotonics
plasmons
Spontaneous emission
Surface waves
Tuning
Title Numeric Tuning of Surface Plasmon Enhanced Spontaneous Emission Inducted by Nano-Metallic Particle Systems Embedded in GaN-Based LED
URI https://ieeexplore.ieee.org/document/6995970
Volume 11
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