Novel heat-transfer mechanisms affecting the thermal conductivity of porous ceramics

Chemical Compounds

• Heat Transfer 100%
• Thermal Conductivity 87%
• Ceramic 71%
• Thermal Diffusivity 64%
• Measurement Method 58%
• Porosity 53%
• Pressure 53%
• Thermal Expansion 49%
• Gas 48%
• Refractory 48%
• Vacuum 36%
• Pore 30%
• Heat 17%
• Oxide 12%
• Surface 7%

Engineering & Materials Science

• Thermal conductivity 83%
• Heat transfer 61%
• Thermal diffusivity 61%
• Ceramic materials 54%
• Atmospheric pressure 51%
• Refractory materials 50%
• Thermal expansion 47%
• Magnesite refractories 46%
• Porous materials 45%
• Vacuum 40%
• Gases 39%
• Heat radiation 26%
• Gas emissions 23%
• Convection 22%
• Mass transfer 20%
• Oxides 19%
• Cracks 15%
• Temperature 9%

Physics & Astronomy

• thermal conductivity 72%
• heat transfer 72%
• ceramics 62%
• refractories 51%
• thermal diffusivity 49%
• atmospheric pressure 41%
• thermal expansion 40%
• low pressure 38%
• porosity 33%
• porous materials 26%
• gases 23%
• gas pressure 21%
• solid phases 21%
• chromium 21%
• mass transfer 21%
• convection 19%
• vapor phases 18%
• cracks 17%
• conduction 15%
• heat 15%
• oxides 14%
• radiation 12%
• temperature 6%