Research data supporting "Lanthanide-doped inorganic nanoparticles turn molecular triplet excitons bright"

The data sets stored here accompany the related research article, showing details of spectroscopic investigations. The opj. file contains spectroscopic data for four figures in manuscript. The file can be opened by Origin. Figure 1 contains absorption spectra from blended film of lanthanide nanoparticles and organic semiconductors (tetracene and rubrene). Figure 2 contains transient absorption spectra of molecules-lanthanide nanoparticles solution. Figure 3 contains steady state photoluminescence spectra of samples. Figure 4 contains upconversion spectra of Yb-doped nanoparticles with organic semiconductors. The data for Figure 4d is plotted by integrated emission intensity as a function of measurement temperature. The dataset for figure 4e includes quantum yield values measured under different excitation power densities and different temperatures.

本处所存储的数据集配套相关研究论文，完整呈现光谱学研究（spectroscopic investigations）的详细细节。其中opj文件包含论文中四张插图对应的光谱学数据，该文件可通过Origin软件打开。图1为镧系纳米颗粒与有机半导体（organic semiconductors）——并四苯（tetracene）、红荧烯（rubrene）——共混薄膜的吸收光谱；图2为分子-镧系纳米颗粒溶液的瞬态吸收光谱（transient absorption spectra）；图3为各样品的稳态光致发光光谱（steady state photoluminescence spectra）；图4为掺镱纳米颗粒（Yb-doped nanoparticles）与有机半导体的上转换光谱（upconversion spectra）。其中图4d的数据以积分发射强度随测试温度的变化关系绘制；图4e的数据集包含在不同激发功率密度（excitation power densities）与不同测试温度下测得的量子产率（quantum yield）数值。