Development of thermal enhanced n-octadecane/porous nano carbon-based materials using 3-step filtered vacuum impregnation method

Engineering & Materials Science

• Impregnation 93%
• Vacuum 69%
• Carbon 59%
• Hot Temperature 37%
• Graphite 33%
• Calorimetry 14%
• Fourier transform infrared spectroscopy 13%
• Activated carbon 13%
• Latent heat 12%
• Thermogravimetric analysis 12%
• Phase change materials 12%
• Specific heat 11%
• Thermodynamic stability 11%
• Raw materials 10%
• Thermal conductivity 10%
• Scanning electron microscopy 8%
• Scanning 8%

Chemistry

• Octadecane 100%
• Impregnation 67%
• Vacuum 62%
• Porosity 45%
• Nanoplatelet 15%
• Heat Capacity 13%
• Thermal Conductivity 12%
• Calorimetry 12%
• Raw Material 10%
• Thermogravimetric Analysis 9%
• Thermal Stability 8%
• Scanning Electron Microscopy 7%
• Fourier Transform Infrared Spectroscopy 7%

Physics & Astronomy

• carbon 52%
• vacuum 49%
• graphite 28%
• activated carbon 15%
• phase change materials 14%
• latent heat 13%
• infrared spectroscopy 10%
• heat measurement 9%
• thermal stability 9%
• thermal conductivity 8%
• specific heat 8%
• scanning electron microscopy 7%
• scanning 7%