The potential influence of radiative heat transfer on the formation of megaplumes in the lower mantle

Keyphrases

• Lower Mantle 100%
• Radiative Heat Transfer 100%
• Potential Influence 100%
• Time-dependent Dynamics 40%
• Africa 20%
• Cold Region 20%
• Mantle Dynamics 20%
• Nonlinearity 20%
• Thermal Conductivity 20%
• Rayleigh number 20%
• Rotational Dynamics 20%
• Time Dependence 20%
• Thermal Anomaly 20%
• Polar Wander 20%
• Slow Time 20%
• Central Pacific 20%
• Hot Region 20%
• Tomographic Model 20%
• Mantle Upwelling 20%
• Convective Systems 20%
• 2D numerical Simulation 20%
• Low-velocity Anomaly 20%
• Strong Attractor 20%
• Nonlinear Heat 20%
• Temperature-dependent Coefficients 20%

Earth and Planetary Sciences

• Lower Mantle 100%
• Radiative Heat Transfer 100%
• Africa 20%
• Cold Region 20%
• Mantle Dynamics 20%
• Rayleigh Number 20%
• Thermal Conductivity 20%
• Mantle Upwelling 20%
• Central Pacific 20%
• Temperature Anomaly 20%
• Nonlinearity 20%
• Time Dependence 20%
• Convective System 20%

Physics

• Radiative Heat Transfer 100%
• Mantle Dynamics 33%
• Rayleigh Number 33%
• Time Dependence 33%
• Thermal Conductivity 33%
• Temperature Anomaly 33%