Application of an Amino Acid as an Efficient Additive in Fabrication of Sn-perovskite Solar Cell

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Mohammadian Sarcheshmeh Hamideh; Mazloum Ardakani Mohammad; Rameez Mohammad; Mohanta Nayantara; Wei Guang Diau Eric

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ISSN: 2588-4824

Journal Paper

Paper Information

Journal: JOURNAL OF NANOSTRUCTURES Year:621 | Volume: | Issue: Page(s): 418-424

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Title

Application of an Amino Acid as an Efficient Additive in Fabrication of Sn-perovskite Solar Cell

Author(s)

Keywords

AdditiveQ4

L-cysteineQ4

Sn oxidationQ4

Sn-PSCQ4

Abstract

Herein, a famous amino acid, cysteine (LC), apply as an available and low cost Additive to construct perovskite solar cells based on Sn (Sn-PSCs). A carbon cell configuration is used to decrease the costs. In this study, we try to solve one of the most important issues in Sn-PSCs, the tin oxidation phenomenon. Because, oxidation phenomenon results in p-type doping and severe device deterioration and low performance in Sn-PSCs. Our results reveal that the adding of LC improves the photovoltaic parameters as a result of an effective decrease in Sn+2 oxidation. LC is a proper alternative for expensive Additives to decrease tin oxidation. It is found that this strategy will open up a promising direction to application of these kinds of Additives in the fabrication of Sn-PSCs.Herein, we address one of the most important issues in tin perovskite solar cells (Sn-PSCs), tin oxidation. Our results reveal adding of L-cysteine (LC) improves the photovoltaic parameters due to decreasing tin oxidation.

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