Limiting efficiencies of solar energy conversion and photo-detection via internal emission of hot electrons and hot holes in gold

  • Boriskina S
  • Zhou J
  • Hsu W
  • et al.
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Abstract

We evaluate the limiting efficiency of full and partial solar spectrum harvesting via the process of internal photoemission in Au-semiconductor Schottky junctions. Our results based on the ab initio calculations of the electron density of states (e-DOS) reveal that the limiting efficiency of the full-spectrum Au converter based on hot electron injection is below 4%. This value is even lower than previously established limit based on the parabolic approximation of the Au electron energy bands. However, we predict limiting efficiency exceeding 10% for the hot holes collection through the Schottky junction between Au and p-type semiconductor. Furthermore, we demonstrate that such converters have more potential if used as a part of the hybrid system for harvesting high- and low-energy photons of the solar spectrum.

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Boriskina, S. V., Zhou, J., Hsu, W.-C., Liao, B., & Chen, G. (2015). Limiting efficiencies of solar energy conversion and photo-detection via internal emission of hot electrons and hot holes in gold. In M. Strojnik Scholl & G. Páez (Eds.), SPIE Optical Engineering + Applications (p. 960816). International Society for Optics and Photonics. https://doi.org/10.1117/12.2189678

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