Nanowires (NWs) based on III-V compound semiconductors possess great potentials for next generation energy conversion, light emitting devices with improved performance and reduced cost, and are an ideal platform for future quantum technology applications. Free-standing III-V NW heterostructures are therefore attracting a steady research interest worldwide. Photovoltaic solar cells (SCs) based on arrays of III-V compound NWs possess potentials for enormous improvement in solar power conversion efficiency. A strategy to achieve this goal is through improved light management of the incident sun light and multiband absorption. Three examples of these properties will be reported in this work.
III-V nanowires: challenging nanostructures for high-efficiency solar cells
P. Prete
Primo
2024-01-01
Abstract
Nanowires (NWs) based on III-V compound semiconductors possess great potentials for next generation energy conversion, light emitting devices with improved performance and reduced cost, and are an ideal platform for future quantum technology applications. Free-standing III-V NW heterostructures are therefore attracting a steady research interest worldwide. Photovoltaic solar cells (SCs) based on arrays of III-V compound NWs possess potentials for enormous improvement in solar power conversion efficiency. A strategy to achieve this goal is through improved light management of the incident sun light and multiband absorption. Three examples of these properties will be reported in this work.| File | Dimensione | Formato | |
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