A molecular dynamics study of collisional heat transfer to nanoclusters in the gas phase

Engineering & Materials Science

• Nanoclusters 100%
• Molecular dynamics 65%
• Heat transfer 38%
• Gases 33%
• Molecules 22%
• Hot Temperature 20%
• Temperature 10%
• Gold Nanoclusters 8%
• Coagulation 5%
• Aerosols 4%
• Energy transfer 4%
• Helium 4%
• Condensation 3%
• Heating 2%
• Cooling 2%
• Metals 2%
• Computer simulation 2%

Chemical Compounds

• Heat Transfer 62%
• Accommodation Coefficient 38%
• Gas 30%
• Collision 17%
• Energy 12%
• Atomic Mass 11%
• Nonequilibrium 9%
• Molecule 9%
• Simulation 5%
• Aerosol 4%
• Coagulation 4%
• Cooling 3%
• Energy Transfer 3%
• Heat 3%
• Molecular Dynamics 3%
• Condensation 3%
• Surface 2%
• Metal 2%

Earth & Environmental Sciences

• heat transfer 50%
• gas 29%
• energy 13%
• collision 13%
• temperature 8%
• helium 4%
• rate 3%
• coagulation 3%
• condensation 3%
• simulation 3%
• gold 3%
• cooling 2%
• heating 2%
• aerosol 2%
• metal 2%
• calculation 2%
• modeling 1%
• comparison 1%
• analysis 1%