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Silicon Interference Solar Cells: Targeted and Broadband Wavelength Absorption Enhancement in Ultrathin Absorbers

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Abstract

Computational demonstration of an interference solar cell design which enhances absorption in <13 μm silicon absorbers for 300-1100 nm wavelengths, yielding a 19% current density increase compared to silicon heterojunction solar cells of similar thickness.

© 2021 The Author(s)

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