In this work, hydrothermally grown nanowires of n-type oxides have been conformally covered by p-type oxides by different deposition methods, like ALD, CVD and sputtering. Cu2O/ZnO, Co3O4/ZnO, and Co3O4/TiO2 all-oxide heterojunctions have been investigated by means of structural, morphological, optical and electrical techniques. C-AFM was used to study the local current distribution at the nanoscale.

Advanced AFM techniques to characterize all-oxide solar cells at the nanoscale

Faccin, Alessandro
2019/2020

Abstract

In this work, hydrothermally grown nanowires of n-type oxides have been conformally covered by p-type oxides by different deposition methods, like ALD, CVD and sputtering. Cu2O/ZnO, Co3O4/ZnO, and Co3O4/TiO2 all-oxide heterojunctions have been investigated by means of structural, morphological, optical and electrical techniques. C-AFM was used to study the local current distribution at the nanoscale.
2019-04-17
All-oxide solar cells, AFM
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/28930