Wettability of NaNO₃ and KNO₃ on MgO and Carbon Surfaces-Understanding the Substrate and the Length Scale Effects

Engineering & Materials Science

• Potassium Nitrate 100%
• Sodium nitrate 97%
• Wetting 65%
• Salts 60%
• Carbon 49%
• Substrates 45%
• Contact angle 35%
• Molten materials 31%
• Nanotubes 27%
• Molecular dynamics 24%
• Composite materials 18%
• Molecular modeling 16%
• Nitrates 13%
• Phase change materials 11%
• Surface tension 11%
• Carbon nanotubes 11%
• Thermal energy 10%
• Sensitivity analysis 9%
• Stabilization 9%
• Surface roughness 8%
• Dynamical systems 8%
• Viscosity 8%
• Heat transfer 7%
• Experiments 3%

Physics & Astronomy

• scale effect 84%
• wettability 69%
• salts 58%
• carbon 43%
• nanotubes 24%
• wetting 24%
• polarity 24%
• composite materials 23%
• molecular dynamics 18%
• heat storage 18%
• tubes 18%
• ceramics 17%
• molten salts 16%
• phase change materials 16%
• sensitivity analysis 15%
• flakes 14%
• nitrates 14%
• interfacial tension 11%
• carbon nanotubes 11%
• stabilization 10%
• manufacturing 10%
• roughness 10%
• heat transfer 10%
• trends 9%
• viscosity 9%
• formulations 8%
• augmentation 7%
• approximation 6%
• simulation 4%

Chemistry

• Length 38%
• Carbon Atom 30%
• Polarity 26%
• Nanotube 26%
• Molecular Dynamics 23%
• Nitrate Salt 21%
• Atomistic Simulation 20%
• Surface 20%
• Phase Change Material 20%
• Ceramic Composite 19%
• Heat Transfer 17%
• Molten Salt 17%
• Flake Like Crystal 17%
• Composite Material 16%
• Tension 15%
• Molecular Modeling 14%
• Energy Storage 13%
• Ceramic 12%
• Carbon Nanotube 11%
• Shape 10%
• Application 5%