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Conductive cooling of spherical bodies with emphasis on the Earth
Robert E. Criss
, Anne M. Hofmeister
Department of Earth & Planetary Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
19
Scopus citations
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Keyphrases
Spherical Body
100%
Conductive Cooling
100%
Radionuclides
50%
Diffusivity
50%
Phonons
50%
Numerical Model
50%
Tectonics
50%
Shallow Depth
50%
Heat Production
50%
Thermal Gradient
50%
Upper Mantle
50%
Geological Time
50%
Lower Mantle
50%
Planetary Evolution
50%
New Analytical Solution
50%
Mantle Convection
50%
Interior Temperature
50%
Cooling Profile
50%
Mantle Magmatism
50%
Heating Scenarios
50%
Internal Heating
50%
Deep Interior
50%
Earth and Planetary Sciences
Numerical Model
100%
Radioactive Isotope
100%
Tectonics
100%
Upper Mantle
100%
Phonon
100%
Geological Time
100%
Diffusivity
100%
Lower Mantle
100%
Mantle Convection
100%
Magmatism
100%
Heat Production
100%
Planetary Evolution
100%
Engineering
Conductive
100%
Diffusivity
50%
Numerical Model
50%
Heat Production
50%
Melting Point
50%
Thermal Gradient
50%