We study the optical response of various nanojunction solar cell architectures and examine how various cylindrical
arrangements of emitter, base, glass and transparent conductor affect reflection and absorption of incident light. The
photogeneration profiles of such nano-architectures are cylindrically asymmetric, varying axially, radially and
azimuthally within the wavelength band investigated. Such 3D profiles require 3D device models for accurate device
analysis. The extended nanojunction configuration was examined in more detail, as this design is known to have superior
performance. The particular design consists of nanostructured glass and a superstrate arrangement of the other device
elements.
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