Phytochemical-modulated combustion synthesis of CuFe2O4: defect architecture-driven enhancement in photocatalysis, antioxidant activity, and electrochemical sensing | Synapse
March 3, 2026
Phytochemical-modulated combustion synthesis of CuFe2O4: defect architecture-driven enhancement in photocatalysis, antioxidant activity, and electrochemical sensing
Key Points
Enhanced photocatalysis and antioxidant activity were observed, attributed to defect architecture changes in CuFe2O4.
Evidence reveals up to 40% increase in photocatalytic efficiency due to phytochemical modulation.
Analysis used phytochemical-modulated combustion synthesis to investigate CuFe2O4 properties and performance.
Findings highlight the potential of phytochemical manipulation in optimizing materials for various applications, requiring more exploration.