1)The authors of the file data are the same as in the publication

2) Data Files


Nanomat_Scint_Sensitization_figure 2_Absorption_PL_TRPL _ energy transfer yield rate_Au8 superstructures and rhodamine 6G.TXT	
Nanomat_Scint_Sensitization_figure 3_ RL spectra of the composite series as function of the emitter Rh6G concentration.txt	
nanomaterials-ESI

3)Data files txt and pdf format

4)Nanomat_Scint_Sensitization_figure 2_Absorption_PL_TRPL _ energy transfer yield rate_Au8 superstructures and rhodamine 6G
- Absorption and photoluminescence of Au8 superstructures and rhodamine 6G (Rh6G) in aqueous and ethanol dispersion, respectively.
- Radioluminescence spectra observed under soft X-ray exposure. 
- Time resolved PL at 530 nm spectrum of Au8 superstructures dispersion under pulsed excitation at 355 nm. 
- Rh6G PL decay at 570 nm. 
- Fit of the PL intensity decays data with multi-exponential and single exponential decay functions
- Time resolved PL at 530 nm spectrum of Au8 superstructures dispersion under pulsed excitation at 340 nm as a function of the Rh6G concentration in a H2O/EtOH mixed solution. 
- Au8 superstructures-to-Rh6G energy transfer yield  as a function of the Rh6G concentration and the fit of the experimental data.

 Nanomat_Scint_Sensitization_figure 3_ RL spectra of the composite series as function of the emitter Rh6G concentration
- RL spectra of the composite series as function of the emitter Rh6G concentration CE under soft X-rays exposure. 
- UV excitation and integrated RL intensity for the series of composites investigated
- Rise of scintillation pulse of the sample with the highest loading level for each series recorded at 630 nm.

5) Licence
Copyright: © 2021 by the authors.
Licensee MDPI, Basel, Switzerland.
This article is an open access article distributed under the terms and conditions of the Creative Commons Attribution (CC BY) license https://creativecommons.org/licenses/by/4.0/

6) Access to file: Open Access

7) Keywords as publication