Abstract

A photoactive р-Si/p-Cu₂O/n-ITO heterostructure synthesized via the pyrolytic-extraction deposition of copper oxide and indium–tin oxide onto a silicon substrate is presented. This method is demonstrated to provide the formation of an electron-hole p-Cu₂O/n-ITO junction, thus opening up opportunities for the creation of heterostructural solar cells on large surfaces at decreased expenditures on their production. The presence of transparent conductive oxide ITO creates the conditions for more active photovoltaic conversion.

中文翻译：

---

热解萃取法合成光活性 Si/Cu2O/ITO 异质结构

摘要

提出了一种光活性的р -Si/ p -Cu ₂ O/ n -ITO 异质结构，该异质结构通过氧化铜和氧化铟锡在硅衬底上的热解提取沉积而合成。该方法被证明提供了电子-空穴p -Cu ₂ O/ n -ITO 结的形成，从而为在大表面上创建异质结构太阳能电池提供了机会，同时降低了生产成本。透明导电氧化物 ITO 的存在为更活跃的光伏转换创造了条件。