the Earth's core

GPTKB entity

Statements (53)
Predicate Object
gptkbp:instanceOf geological layer
gptkbp:age about 4.5 billion years
gptkbp:associatedWith core formation
gravity anomalies
magnetosphere
paleomagnetism
electromagnetic induction
seismic activity
heat flow
heat generation
geomagnetic reversals
core-mantle interactions
magnetic field generation
core convection
core dynamics
core-mantle boundary
Earth's_crust
Earth's_mantle
magnetic_anomalies
Earth's_thermal_evolution
geodynamo_process
gptkbp:climate approximately 4000 to 6000 degrees Celsius
gptkbp:composedOf iron
nickel
mostly iron and nickel
gptkbp:coolingSystem radioactive decay
residual heat from formation
gptkbp:criticalReception approximately 3.6 million atmospheres
gptkbp:depth approximately 2900 kilometers
gptkbp:distribution about 12.8 to 13.1 g/cm³
gptkbp:established seismology
gptkbp:explores laboratory experiments
computer simulations
deep_Earth_imaging
gptkbp:historical_analysis geophysics
geodynamics
https://www.w3.org/2000/01/rdf-schema#label the Earth's core
gptkbp:impact Earth's_rotation
gptkbp:influenceOn volcanic activity
tectonic activity
gptkbp:location center_of_the_Earth
gptkbp:model geodynamo_model
gptkbp:movement convection currents
gptkbp:participatesIn plate tectonics
gptkbp:releaseYear magnetic field measurements
seismic waves analysis
gptkbp:responsibleFor Earth's_magnetic_field
gptkbp:size about 2,440 kilometers in radius
gptkbp:state liquid outer core
solid inner core
gptkbp:surroundingArea mantle
outer core
gptkbp:theory dynamo theory