Understanding the interaction between FA+ and PbI6− frameworks reveals impacts on optoelectronic properties.
Chemical bonding in the inorganic framework significantly affects the structural stability of solar cells.
Advanced strategies in device design may leverage these molecular-level insights for enhanced efficiency.
Findings provide a basis for future innovations in the development of perovskite solar technology.
Abstract
The interaction between FA + and PbI 6 − octahedral frameworks is investigated, where the chemical bonding nature of inorganic framework determines the optoelectronic properties and structural stability.