Keywords
tolerance factor
structure-stability
solar cells
catalysts
innovation
How to Cite
Abstract
This article delves into the essential role of the tolerance factor in perovskites and how understanding this concept has driven significant innovations in nanomaterials. It examines the theoretical principles that define perovskites and the tolerance factor, a crucial parameter for their structural and stability attributes. Key discoveries and research are highlighted, demonstrating how these have enhanced our knowledge of the physical and electronic properties of perovskites. The tolerance factor elucidates the correlation between crystal structure and chemical composition based on the ionic radius of constituent elements. This factor can be adjusted to design perovskites with tailored properties and functionalities for various applications. Additionally, the article spotlights significant practical applications and technological advancements enabled by this scientific insight, such as improved efficiency and stability of perovskites, with potential impacts on diverse industrial applications. This multidisciplinary perspective underscores the critical role of scientific research in driving innovation in materials technology.
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