Low mass fraction impregnation with graphene oxide (GO) enhances thermo-physical properties of paraffin for heat storage applications

Engineering & Materials Science

• Graphene oxide 100%
• Impregnation 82%
• Heat storage 80%
• Paraffins 79%
• Thermal cycling 78%
• Latent heat 77%
• Electron microscopes 64%
• Thermodynamic properties 64%
• Thermal conductivity 61%
• Lasers 51%
• Infrared spectrometers 51%
• Paraffin waxes 47%
• Chemical stability 46%
• Differential scanning calorimetry 38%
• Thermogravimetric analysis 38%
• Melting point 36%
• Nanoparticles 33%
• X ray diffraction 33%
• Melting 32%
• Deterioration 30%
• Scanning 26%
• Liquids 22%
• Hot Temperature 16%
• Temperature 13%
• Costs 13%

Physics & Astronomy

• heat storage 98%
• paraffins 82%
• thermophysical properties 77%
• graphene 56%
• oxides 42%
• latent heat 41%
• cycles 34%
• flash 32%
• electron microscopes 27%
• thermal conductivity 26%
• melting 26%
• waxes 22%
• scanning 21%
• infrared spectrometers 21%
• Fourier transformation 20%
• deterioration 18%
• heat measurement 15%
• lasers 15%
• thermodynamic properties 13%
• costs 12%
• solid state 12%
• nanoparticles 11%
• diffraction 9%
• liquids 9%
• x rays 7%
• temperature 5%

Chemistry

• Heat Storage 99%
• Thermodynamic Property 60%
• Impregnation 59%
• Thermal Cycling 58%
• Alkane 58%
• Graphene Oxide 54%
• Thermal Conductivity 43%
• Heat 33%
• Wax 25%
• Electron Particle 24%
• Application 21%
• Melting 19%
• Melting Point 18%
• Differential Scanning Calorimetry 16%
• Thermogravimetric Analysis 16%
• Liquid 12%
• Purity 11%
• Nanoparticle 11%
• X-Ray Diffraction 11%