Combined effect of different calcination temperatures and non-equilibrium low-pressure plasma on photocatalytic activity of bi-phasic heterostructured CuMoO4-ZrO2/GO composite

Key Points

• Photocatalytic activity significantly improves with optimal calcination temperatures in the composite.
• The study identifies a peak photocatalytic efficiency at specific temperature ranges, enhancing environmental applications.
• Assessment using plasma treatment and varying calcination temperatures optimizes the composite's properties.
• These findings highlight the potential of tailored photocatalytic materials for sustainable energy solutions.