READ ME File For Dataset for K. Sun et al., Wafer-scale 200 mm Metal Oxide Infrared Metasurface with Tailored Differential Emissivity Response in the Atmospheric Windows
Advanced Optical Materials 2022, DOI: 10.1002/adom.202200452
Dataset DOI: 10.5258/SOTON/D2141
Date that the file was created: July,2022

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GENERAL INFORMATION
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ReadMe Author: Otto Muskens, University of Southampton  ORCID ID orcid.org/0000-0003-0693-5504

Date of data collection: 01/01/2019 - 31/12/2021

Information about geographic location of data collection: 

Related projects:
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SHARING/ACCESS INFORMATION
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Licenses/restrictions placed on the data, or limitations of reuse: CC-BY

Recommended citation for the data:

This dataset supports the publication:
AUTHORS:Sun, K., Vassos, E., Yan, X., Wheeler, C., Churm, J., Wiecha, P. R., Gregory, S. A., Feresidis, A., de Groot, C. H., Muskens, O. L.
TITLE:Wafer-scale 200 mm Metal Oxide Infrared Metasurface with Tailored Differential Emissivity Response in the Atmospheric Windows
JOURNAL:Advanced Optical Materials
PAPER DOI IF KNOWN:10.1002/adom.202200452


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DATA & FILE OVERVIEW
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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 reflection spectra in %, wavelength in um, for different L values
Figure 1d: Sheet Fig1d for reflection spectra in %, wavelength in um, for different d values
Figure 1e:
Figure 1f:

Figure 2:
Figure 2a: no associated data
Figure 2b: no associated data
Figure 2c: Sheet Fig2c for reflection spectra in %, wavelength in um, for different L values
Figure 2d: Sheet Fig2d for reflection spectra in %, wavelength in um, for different d values

Figure 3:
Figure 3a: no associated data
Figure 3b: no associated data
Figure 3c: Sheet Fig3c for reflection spectra in %, wavelength in um, at 5 different positions

Figure 4:
Figure 4a: no associated data
Figure 4b: Sheet Fig4b for DHR in %, Row 1 for position from 1 to 7, Row 2 for LWIR at 20 degree, Row 3 for LWIR at 60 degree, Row 4 for MWIR at 20 degree and Row 5 for MWIR at 60 degree
Figure 4c: Sheet Fig4c for DHR in %, Row 1/2/3 for FTIR and DHR results at different angles, MWIR and LWIR, Row 5-7 for simulated DHR at different angles and MWIR and LWIR
Figure 4d: no associated data
Figure 4e: Sheet Fig4e for DHR in %,Row 1 for position from 1 to 4, Row 2 for LWIR at 20 degree, Row 3 for LWIR at 60 degree, Row 4 for MWIR at 20 degree and Row 5 for MWIR at 60 degree
Figure 4f: Sheet Fig4f for DHR in %, Row 1-5 for FTIR and DHR results at different angles, MWIR (mean and std deviation) and LWIR (mean and std deviation), Row 7-9 for simulated DHR at different angles and MWIR and LWIR


Figure 5:
Figure 5a: 
Figure 5b: 
Figure 5c: 

Supporting Informaiton
Figure S1: Sheet FigS1 Column 1 Wavelength in um, Columns 2-6 are Loss of Ti, SiO2, Al2O3, Al and AZO metasurface in %

Figure S2:
Figure S2a: Sheet FigS2a Reflection spectra in %, odd column for Wavelength in um, even column for different Ti thicknesses
Figure S2b: Sheet FigS2b Reflection spectra in %, Column 1 for Wavelength in um, Column 2-7 for different Ti thicknesses
Figure S2c: Sheet FigS2c Reflection spectra in %, Column 1 for Wavelenght in um, Column 2-4 for different Ti thicknesses

Figure S4: No data available

Figure S7: Sheet FigS7, absorptance in % for MWIR and LWIR respongse, wavelength in um

Figure S8:
Figure S8a: Sheet FigS8a for Ti=5 nm Reflection spectra in % against wavelength in um, odd column is wavelength and even colum is absorption at different angles
Figure S8b: Sheet FigS8b for Ti=10 nm Reflection spectra in % against wavelength in um, odd column is wavelength and even colum is absorption at different angles

Figure S10:

Figure S11:

Figure S12: