Boron-doped p-BaSi2/n-Si solar cells formed on textured n-Si (0 0 1) with a pyramid structure consisting of {1 1 1} facets
BaSi 2 films were fabricated on textured Si (0 0 1) substrates that consisted of {1 1 1} facets
using molecular beam epitaxy. The light-trapping effect of these films and their performance
when incorporated into solar cells were measured. X-ray diffraction and reflectivity
measurements showed that the BaSi 2 films were grown epitaxially on the textured Si (0 0 1)
substrate and confirmed the light-trapping effect. The critical thickness over which BaSi 2
relaxes increased from approximately 50 to 100 nm when comparing the BaSi 2 films on a …
using molecular beam epitaxy. The light-trapping effect of these films and their performance
when incorporated into solar cells were measured. X-ray diffraction and reflectivity
measurements showed that the BaSi 2 films were grown epitaxially on the textured Si (0 0 1)
substrate and confirmed the light-trapping effect. The critical thickness over which BaSi 2
relaxes increased from approximately 50 to 100 nm when comparing the BaSi 2 films on a …
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