In situ growth strategy for highly efficient Ag₂CO₃/g-C₃N₄ hetero/nanojunctions with enhanced photocatalytic activity under sunlight irradiation

Engineering & Materials Science

• Photocatalytic activity 100%
• Photocatalysts 89%
• Light absorption 89%
• Irradiation 60%
• Rhodamine B 51%
• Photocatalysis 46%
• Charge carriers 45%
• Nanosheets 44%
• Precious metals 39%
• Heterojunctions 38%
• Specific surface area 38%
• Charge transfer 37%
• Silver 32%
• Nanoparticles 29%
• Energy storage 26%
• Degradation 20%
• Costs 11%

Chemistry

• Photocatalytic Activity 46%
• Charge Separation 29%
• Rhodamine B 28%
• Charge Carrier 28%
• Noble Metal 28%
• Photocatalysis 28%
• Energy Storage 25%
• Nanosheet 24%
• Specific Surface Area 23%
• Charge Transfer 20%
• Environment 16%
• Weight 15%
• Purity 14%
• Nanoparticle 14%
• Time 10%
• Application 9%

Earth & Environmental Sciences

• irradiation 53%
• in situ 36%
• energy storage 17%
• silver 13%
• nanoparticle 13%
• reflectance 12%
• surface area 11%
• degradation 9%
• metal 8%
• cost 7%
• material 6%
• effect 3%
• method 3%