真空科学与技术学报
真空科學與技術學報
진공과학여기술학보
JOURNAL OF VACUUM SCIENCE AND TECHNOLOGY
2001年
3期
233-236
,共4页
隧道结%发光光谱%表面等离极化激元
隧道結%髮光光譜%錶麵等離極化激元
수도결%발광광보%표면등리겁화격원
对MIM(Au-SiO2-Al)和MIS(Au-SiO2-Si)隧道结的表面等离极化激元(surface plasmon polariton,SPP)的激发与色散关系进行了讨论，对结的发光光谱进行了测试。结果表明其发射峰主峰位于610 nm(2.00 eV)～630 mm(2.00 eV)和700 mm(1.77 eV)～740 nm(1.68 eV)处，分别与Au/空气及Au/Al2O3(SiO2)界面SPP模式的激发相对应。结的发光过程应该是隧穿电子激发表面等离极化激元SPP，然后SPP与粗糙度耦合形成光发射。
對MIM(Au-SiO2-Al)和MIS(Au-SiO2-Si)隧道結的錶麵等離極化激元(surface plasmon polariton,SPP)的激髮與色散關繫進行瞭討論，對結的髮光光譜進行瞭測試。結果錶明其髮射峰主峰位于610 nm(2.00 eV)～630 mm(2.00 eV)和700 mm(1.77 eV)～740 nm(1.68 eV)處，分彆與Au/空氣及Au/Al2O3(SiO2)界麵SPP模式的激髮相對應。結的髮光過程應該是隧穿電子激髮錶麵等離極化激元SPP，然後SPP與粗糙度耦閤形成光髮射。
대MIM(Au-SiO2-Al)화MIS(Au-SiO2-Si)수도결적표면등리겁화격원(surface plasmon polariton,SPP)적격발여색산관계진행료토론，대결적발광광보진행료측시。결과표명기발사봉주봉위우610 nm(2.00 eV)～630 mm(2.00 eV)화700 mm(1.77 eV)～740 nm(1.68 eV)처，분별여Au/공기급Au/Al2O3(SiO2)계면SPP모식적격발상대응。결적발광과정응해시수천전자격발표면등리겁화격원SPP，연후SPP여조조도우합형성광발사。
The excitation and dispersion of the surface plasmon polariton (SPP) of the MIM (Au-Al2O3-Al)and the MIS(Au-SiO2-Si) tunnel junctions were studied.The light emission spectra with main peaks located at 610～630 nm and 700～740 nm were analyzed.The results show that the peaks mainly originated from the excitation of SPP at both Au/air and Au/Al2O3(SiO2) interfaces;and the coupling of SPP with the surface roughness is responsible for light emission of the MIM and MIS tunnel junctions.
