Dataset for "Polarizabilities of complex individual dielectric or plasmonic nanostructures"
DOI:10.5258/SOTON/D1177

Readme author: Peter Wiecha, University of Southampton

Supports the paper
Adelin Patoux, Clément Majorel, Peter R. Wiecha, Aurélien Cuche, Otto L. Muskens, Christian Girard, and Arnaud Arbouet "Polarizabilities of complex individual dielectric or plasmonic nanostructures". Physical Review B (2020)




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figures.zip:

Figure 2:
fig2a.txt: spectra of the imaginary part of effective polarizability and Clausius-Mossoti polarizability 
fig2b.txt: spectra of the imaginary part of effective polarizability xx and zz tensor components


Figure 3:
spectra of the real and imaginary part of the different effective polarizability tensor components for the different nano-structures


Figure 4:
fig4.txt: text-file containing extinction spectra


Figure 5:
fig5_xxxx.txt: one textfile for each incident angle and linear polarization, containing the different extinction spectra


Figure 6:
fig6_xxxx.txt: one textfile for each spectrum (without / with retardation in polarizability extraction)


Figure 7:
fig7_mie.txt: Mie theory extinction spectra for a gold sphere
fig7_sim.txt: GDM-sim and polarizability-approximation spectra for a gold sphere


Figure 8:
fig8a/b_xxx.txt: full-sim and alpha-ED / -MD extinction spectra for the dielectric block (a) and L-shaped particle (b)


Figure 9:
near-field and relative error of polarizability approximation maps


Figure 10:
data of spectra ("..._spectra.txt") and 2D near-field intensity maps ("..._map_...txt") for the different subplots


Figure 11:
fig11.txt: extinction and scattering spectra of full-sim and polarizability approximation for a dielectric sphere