Graphene oxide on laser-induced graphene filters for antifouling, electrically conductive ultrafiltration membranes

Keyphrases

• Graphene Oxide 100%
• Antifouling 100%
• Nanofiltration Membrane 100%
• Electrically Conductive 100%
• Laser-induced Graphene 100%
• Graphene Oxide Membrane 46%
• Membrane Support 15%
• Biofilm Growth 7%
• Electrical Conductivity 7%
• Bovine Serum Albumin 7%
• Surface Enhancement 7%
• Composite Membrane 7%
• Highly Permeable 7%
• Filtration 7%
• Molecular Weight Cut-off 7%
• Non-porous 7%
• Surface Properties 7%
• Electric Field (E-field) 7%
• Separation Property 7%
• Membrane Separation 7%
• Ultrafiltration 7%
• Highly Porous 7%
• CO2 Laser 7%
• Bacterial Viability 7%
• High Heat Flux 7%
• Potent Antimicrobials 7%
• Separation Membrane 7%
• Filtration Condition 7%
• Support Layer 7%
• Porous Support 7%
• Anodic 7%
• Ambient Atmosphere 7%
• Graphene Surface 7%
• Complete Elimination 7%
• 2D Nanomaterials 7%
• Killing Effect 7%
• Bovine Serum Albumin Adsorption 7%
• Porous Polymer Membrane 7%
• Cross-flow Filtration 7%
• Three-dimensional Porous Carbon 7%
• Enhanced Separation 7%
• Oxide Content 7%
• Direct Laser Writing 7%
• Hybrid Membrane 7%
• Mixed Bacterial Culture 7%
• Antimicrobial Killing 7%
• Low-fouling Coating 7%
• Graphene Composites 7%
• Porous Carbon Materials 7%
• Separation Applications 7%
• Hybrid Laser 7%
• Separation Filter 7%
• Flux Recovery Ratio 7%

Material Science

• Graphene Oxide 100%
• Laser-Induced Graphene 100%
• Carbon Dioxide 7%
• Composite Membrane 7%
• Porous Carbon 7%
• Biofilms 7%
• Surface Property 7%
• Electrical Conductivity 7%
• 2D Nanomaterials 7%

Chemical Engineering

• Graphene 100%
• Ultrafiltration 100%
• Membranes Separation 8%
• Adsorption 4%
• Fouling 4%