Superhydrophilicity of photocatalytic branched TiO2 nanorods/In2S3 heterostructure for water purification

Engineering & Materials Science

• Superhydrophilicity 100%
• Nanorods 89%
• Heterojunctions 78%
• Water 32%
• Photocatalytic activity 20%
• Photocatalysts 9%
• Raman spectroscopy 8%
• X-Ray Emission Spectrometry 7%
• Atomic force microscopy 7%
• Water treatment 7%
• Purification 6%
• Reusability 6%
• Contact angle 6%
• Structural properties 6%
• Irradiation 6%
• Wetting 6%
• X ray diffraction 5%
• Current density 5%
• Thin films 5%
• Catalysts 5%
• Surface roughness 5%
• Scanning electron microscopy 4%
• Electrodes 4%

Physics & Astronomy

• nanorods 59%
• water 34%
• water treatment 16%
• heterojunctions 15%
• wettability 6%
• rutile 6%
• catalysts 5%
• x rays 5%
• Raman spectroscopy 5%
• surface roughness 5%
• routes 5%
• atomic force microscopy 4%
• current density 4%
• cycles 4%
• scanning electron microscopy 3%
• irradiation 3%
• electrodes 3%
• diffraction 3%
• spectroscopy 3%
• thin films 3%
• performance 2%
• energy 1%

Chemistry

• Nanorod 51%
• Photocatalytic Activity 8%
• Water Purification 6%
• Surface Roughness 5%
• Rutile 5%
• Energy Dispersive X-Ray Spectroscopy 5%
• Cubic Space Group 4%
• Atomic Force Microscopy 4%
• Raman Spectroscopy 4%
• Current Density 4%
• Scanning Electron Microscopy 3%
• Behavior as Electrode 2%
• Liquid Film 2%
• Catalyst 2%
• Application 1%