Organoceria nanostructured hybrid materials: a novel approach for band gap modulation in ceria

Key Points

• The study aims to achieve efficient visible light photocatalysts by controlling ceria's morphology and electronic structure.
• Utilized a one-pot hydrothermal method for synthesis of ceria nanostructures.
• Examined the impact of morphology on electronic band structure.
• Performed spectroscopic analyses to assess band gap variations.
• Demonstrated successful modulation of the band gap in ceria.
• Found that morphology significantly influences photocatalytic efficiency.
• Achieved enhanced photocatalytic activity under visible light conditions.