Radiative thermal conductivity of single-crystal bridgmanite at the core-mantle boundary with implications for thermal evolution of the Earth

Earth & Environmental Sciences

• core-mantle boundary 82%
• crystal 45%
• energy 6%
• heat flow 13%
• heat transfer 11%
• in situ 7%
• lower mantle 14%
• mantle 47%
• mantle convection 48%
• mineral 14%
• radiation 9%
• solid state 13%
• tectonics 17%
• thermal conductivity 68%
• thermal evolution 77%
• transport process 12%

Physics & Astronomy

• conduction 9%
• convection 18%
• core-mantle boundary 100%
• Earth mantle 76%
• heat 9%
• heat transfer 5%
• heat transmission 7%
• minerals 14%
• optical absorption 6%
• radiation 3%
• releasing 8%
• single crystals 40%
• solid state 5%
• tectonics 22%
• thermal conductivity 50%
• thermal energy 7%

Chemical Compounds

• Absorptivity 20%
• Amount 9%
• Energy 10%
• Heat 31%
• Heat Transfer 46%
• Mineral 34%
• Single Crystalline Solid 46%
• Surface 6%
• Thermal Conductivity 61%
• Time 7%