Room temperature quantum emitters in aluminum nitride epilayers on silicon - data

Data supporting the publication "Room temperature quantum emitters in aluminum nitride epilayers on silicon" in APL. Photophysical data on 2 quantyum light sources grown via MOVPE and PVDNC is presented on samples grown on silicon. All data is saved in .csv files which can be opened in Excel. The first row/column is the x-axis variable and the second is the y-axis.

The .csv files are named after the figures in which the data is presented.

Figure 1

MOVPE ----------------------------------------------------------------------------------------------------------------------------------

Fig 1a.csv - 2D array of intensity values. X and Y axis are stored in the first row and column.

Fig 1b.csv - 2D array of height values of the AFM map.

Fig 1b Inset.csv - 2D array of height values of the inset AFM map.

Fig 1c.csv - Intensity vs wavelength.

PVDNC ----------------------------------------------------------------------------------------------------------------------------------

Fig 1d.csv - 2D array of intensity values. X and Y axis are stored in the first row and column.

Fig 1e.csv - 2D array of height values of the AFM map.

Fig 1e Inset.csv - 2D array of height values of the inset AFM map.

Fig 1f.csv - Intensity vs wavelength.

Figure 2

MOVPE ----------------------------------------------------------------------------------------------------------------------------------

Fig 2a.csv - Delay time vs autocorrelation function.

Fig 2b.csv - Intensity vs power. (Signal and background intensity in 2nd and 3rd columns).

Fig 2c.csv - Intensity vs angle . (Signal and background angle and intensity in rows 1,2 and 3,4).

PVDNC----------------------------------------------------------------------------------------------------------------------------------

Fig 2d.csv - Delay time vs autocorrelation function.

Fig 2e.csv - Intensity vs power. (Signal and background intensity in 2nd and 3rd columns).

Fig 2f.csv - Intensity vs angle . (Signal and background angle and intensity in rows 1,2 and 3,4).

Figure 3

Fig 3a.csv - Delay time and autocorrelation function. Staggered powers from low to high.

Fig 3b.csv - Timescales vs power.

Fig 3c.csv - Autocorrelation coefficients vs power.

Figure 4 

Fig 4a.csv - Time vs normalised PL.

Fig 4b.csv - Delay time vs pulsed autocorrelation. 

Research results based upon these data are published at https://doi.org/10.1063/5.0207744