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Method for manufacturing radially bonded semiconductor nanostructures at low temperatures, radial bonded devices, and solar cells comprising radially bonded nanostructures
Method for manufacturing radially bonded semiconductor nanostructures at low temperatures, radial bonded devices, and solar cells comprising radially bonded nanostructures
A method of fabricating at least one radial electronic junction semiconductor nanostructure on a substrate (1) at a low temperature, the method comprising: a) a metal capable of electronically doping a first semiconductor material Forming an assemblage (2) on a substrate (1), and b) vapor-doped doped semiconductor nanowires (2) in the presence of one or more non-dopant precursor gases of a first semiconductor material. The substrate (1) is heated to a temperature at which the metal assembly is in a liquid phase, and the vapor phase growth of the doped semiconductor nanowire (2) is catalyzed by the metal assembly; c) passivating the residual metal assemblage; and d) chemically depositing at least one thin layer of the second semiconductor material in the presence of one or more precursor gases and one dopant gas. , Nanowire , And forming at least one radially electronic junction nanostructure between at least one doped thin layer. The present invention also relates to a solar cell comprising the plurality of radial electron junction nanostructures. [Selection] Figure 5
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