Dataset for K. Sun et al., VO2 metasurface smart thermal emitter with high visual transparency for passive radiative cooling regulation in space and terrestrial applications
Nanophotonics 2022, DOI: 10.1515/nanoph-2022-0020
Dataset DOI: 10.5258/SOTON/D2144

Dataset consists of a single excel file with spreadsheet for each subfigure/figure with following formats
Main manuscript
Figure 1:
Figure 1a: no associated data
Figure 1b: no associated data
Figure 1c: Sheet Fig1c for spectra of transmission in %, wavelength in um
Figure 1d: Sheet Fig1d for spectra of absorption in %, wavelength in um

Figure 2:
Figure 2a: Sheet Fig2aHot for the top subfigure T>Tc, transmission spectra in %, wavelength in um and Sheet Fig2aCold for the bottom subfigure T<Tc transmission spectra in %, wavelength in um.
Figure 2b: Sheet Fig2bHot for the top subfigure T>Tc, reflection spectra in %, wavelength in um and Sheet Fig2aCold for the bottom subfigure T<Tc reflection spectra in %, wavelength in um.
Figure 2c: Sheet Fig2cHot for the top subfigure T>Tc, absorption spectra in %, wavelength in um and Sheet Fig2aCold for the bottom subfigure T<Tc absorption spectra in %, wavelength in um.

Figure 3: 2-D mapping
Figure 3a: Sheet Fig3a epsilon cold against Square and Gap dimension in um.
Figure 3b: Sheet Fig3b epsilon hot against Square and Gap dimension in um.
Figure 3c: Sheet Fig3c delta epsilon against Square and Gap dimension in um.
Figure 3d: Sheet Fig3d alpha cold against Square and Gap dimension in um.
Figure 3e: Sheet Fig3e alpha hot against Square and Gap dimension in um.
Figure 3f: Sheet Fig3f delta visual transmittance against Square and Gap dimension in um.

Figure 4:
Figure 4a: Sheet Fig4a XPS spectra with column as Binding energy (eV), measured spectra, O1s fit, V2p1/2 fit, V2p3/2 fit.
Figure 4b: Sheet Fig4b Raman spectra with Raman shift (cm-1), spectra in abitrary unit.
Figure 4c: Sheet Fig4c 30C absorption spectra of anneal different temperatures, Wavelength in odd column in unit of um and spectra in even column in %. 
Figure 4d: Sheet Fig4d 90C absorption spectra of anneal different temperatures, Wavelength in odd column in unit of um and spectra in even column in %.

Figure 5:
Figure 5a: no associated data
Figure 5b: Sheet Fig5bHot for the top subfigure T=90C, transmission spectra in %, wavelength in um and Sheet Fig5bCold for the bottom subfigure T=30C transmission spectra in %, wavelength in um. Al data is given at the last row.
Figure 5c: Sheet Fig5cHot for the top subfigure T=90C, reflection spectra in %, wavelength in um and Sheet Fig5cCold for the bottom subfigure T=30C reflection spectra in %, wavelength in um. Al data is given at the last row.
Figure 5d: Sheet Fig5dHot for the top subfigure T=90C, absorption spectra in %, wavelength in um and Sheet Fig5dCold for the bottom subfigure T=30C absorption spectra in %, wavelength in um.

Figure 6:
Figure 6a: Sheet Fig6abc, Column 1 Carrier density (cm-3) Column 2, 3 and 4 for Delta epsilon, epsilon hot and epsilon cold, respectively.
Figure 6b: Sheet Fig6abc, Column 1 Carrier density (cm-3) Column 5 and 6 for alpha hot and alpha cold, respectively.
Figure 6c: Sheet Fig6abc, Column 1 Carrier density (cm-3) Column 7 and 8 for visual transmittance hot and transmittance cold, respectively.

Supporting Informaiton
Figure S1:
Figure S1a: Sheet FigS1a TEMAV dose (sec) the first row and Growth rate (nm/cycle) the second row. 
Figure S1b: Sheet FigS1b TEMAV dose (sec) the first row and Film uniformity in % the second row. 
Figure S1c: Sheet FigS1c TEMAV purge (sec) the first row and Growth rate (nm/cycle) the second row.
Figure S1d: Sheet FigS1d TEMAV purge (sec) the first row and Film uniformity in % the second row. 

Figure S2:
Figure S2a: no associated data.
Figure S2b: Sheet FigS2b ALD cycle number the first row and Thickness (nm) the second row.

Figure S3: Sheet FigS3 T in celsius in the first column and emissivity in the second column.

Figure S4:
Figure S4top_left: Sheet FigS4a Transmission T=90C, spectra in %, wavelength in um. Carrier density in cm-3.
Figure S4top_center: Sheet FigS4b Reflection T=90C, spectra in %, wavelength in um. Carrier density in cm-3.
Figure S4top_right: Sheet FigS4c Absorption T=90C, spectra in %, wavelength in um. Carrier density in cm-3.
Figure S4bottom_left: Sheet FigS4d Transmission T=30C, spectra in %, wavelength in um. Carrier density in cm-3.
Figure S4bottom_center: Sheet FigS4e Reflection T=30C, spectra in %, wavelength in um. Carrier density in cm-3.
Figure S4bottom_right: Sheet FigS4f Absorption T=30C, spectra in %, wavelength in um. Carrier density in cm-3.

Figure S5:
Figure S5a: Sheet FigS5a Transmission T=90C, spectra in %, wavelength in um. Angle in degree.
Figure S5b: Sheet FigS5b Reflection T=90C, spectra in %, wavelength in um. Angle in degree.
Figure S5c: Sheet FigS5c Absorption T=90C, spectra in %, wavelength in um. Angle in degree.
Figure S5d: Sheet FigS5d Transmission T=30C, spectra in %, wavelength in um. Angle in degree.
Figure S5e: Sheet FigS5e Reflection T=30C, spectra in %, wavelength in um. Angle in degree.
Figure S5f: Sheet FigS5f Absorption T=30C, spectra in %, wavelength in um. Angle in degree.
Figure S5g: Sheet FigS5ghi,Row 1 Incident angle in degree, Row 2, 3 and 4 for Delta epsilon, epsilon hot and epsilon cold, respectively.
Figure S5h: Sheet FigS5ghi, Row 1 Incident angle in degree, Row 5 and 6 for alpha hot and alpha cold, respectively.
Figure S5i: Sheet FigS5ghi, Row 1 Incident angle in degree, Row 7 and 8 for visual transmittance hot and transmittance cold, respectively.


Figure S6:
Figure S6a: Sheet FigS6a n with column, wavelength in um, VO2 at 30C, VO2 at 90C, AZO and SiO2. 
Figure S6b: Sheet FigS6b kwith column, wavelength in um, VO2 at 30C, VO2 at 90C, AZO and SiO2.