Enhancement of photoluminescence due to one-dimensional photonic crystal

Kohei Shobudani, M. Morifuji
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引用次数: 1

Abstract

We report on interplay between photonic crystal and photoluminescence in a one-dimensional photonic crystal. The one-dimensional photonic crystal reflects light within a certain range of wavelength. This range of wavelength is called photonic band gap. We measured reflectivity by changing incident angle of probe light, so as to shift the region of large reflectivity. We found that photoluminescence is observed only when PL wavelength falls in the photonic band gap. This result indicates that PL is intensified due to photonic crystal.
一维光子晶体对光致发光的增强作用
本文报道了一维光子晶体中光子晶体与光致发光之间的相互作用。一维光子晶体反射一定波长范围内的光。这个波长范围称为光子带隙。我们通过改变探针光的入射角来测量反射率,从而移动大反射率的区域。我们发现只有当PL波长落在光子带隙中时才会出现光致发光。结果表明,光子晶体的存在使光子衍射增强。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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