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We have designed a patterned OSC based on 2-D arrayed dielectric nanospheres loaded on the indium tin oxide anode with other functional layers conformally embossed in the same profile as the nanosphere array. This design shows an integrated light absorption efficiency of 76.6% in the PSBTBT:PC71BM active layer over the wavelength range from 400 to 900 nm at normal incidence, outperforming the structurally...
We theoretically demonstrate a convex-concave organic solar cell based on two-dimensional arrayed silica (SiO2) dielectric nanospheres loaded above the indium tin oxide (ITO) substrate, which can bring efficient light trapping in the active layer. In simulation, the PEDOT: PSS (buffer) and the PSBTBT:PC71BM (active) layers are conformal to that of the SiO2 nanospheres, i.e., in the convex-concave...
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