Modelling of particle-laden flow inside nanomaterials

Engineering & Materials Science

• Graphene oxide 86%
• Nanostructured materials 73%
• Graphene 69%
• Mean field theory 48%
• Ligands 39%
• Hydrogen storage 37%
• Gases 25%
• Molecular interactions 22%
• Nanostructures 18%
• Encapsulation 16%
• Molecular dynamics 16%
• Molecules 14%
• Flow fields 12%
• Hydrogen 11%
• Computer simulation 8%
• Temperature 5%

Mathematics

• Nanomaterials 100%
• Graphene 91%
• Oxides 40%
• Modeling 38%
• Hydrogen Storage 30%
• Mean-field Theory 21%
• Gas 20%
• Multilayer 18%
• Framework 16%
• Encapsulation 11%
• Molecular Dynamics Simulation 11%
• Nanostructures 10%
• Squeezing 10%
• Hydrogen 9%
• Voids 9%
• Flow Field 8%
• Cavity 8%
• Velocity Field 7%
• Molecules 7%
• Interaction 5%
• Unit 5%
• Demonstrate 4%

Physics & Astronomy

• graphene 48%
• oxides 18%
• ligands 14%
• hydrogen 13%
• gases 11%
• molecular interactions 9%
• compressing 7%
• voids 6%
• flow distribution 6%
• velocity distribution 5%
• molecular dynamics 5%
• cavities 4%
• room temperature 4%
• molecules 3%
• simulation 2%