Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Planetary_core> ?p ?o }
- Planetary_core abstract "Not to be confused with planetary core in the core accretion theory, referring to a central accretionary body surrounded by a halo of dust and gas which serves to trap debris and increase the rate of accretion.The planetary core consists of the innermost layer(s) of a planet; which may be composed of solid and liquid layers. Cores of specific planets may be entirely solid or entirely liquid. In our solar system, core size can range from about 20% (Moon) to 85% of a planet's radius (Mercury).Gas giants also have cores, though the composition of these are still a matter of debate and range in possible composition from traditional stony/iron, to ice or to fluid metallic hydrogen. Gas giant cores are proportionally much smaller than those of terrestrial planets, though theirs can be considerably larger than the Earth's nevertheless; Jupiter has one 10-30 times heavier than Earth, and exoplanet HD149026 b has a core 67 times the mass of the Earth.".
- Planetary_core thumbnail Terrestial_Planets_internal_en.jpg?width=300.
- Planetary_core wikiPageID "864017".
- Planetary_core wikiPageLength "24692".
- Planetary_core wikiPageOutDegree "92".
- Planetary_core wikiPageRevisionID "678622027".
- Planetary_core wikiPageWikiLink Accretion_(astrophysics).
- Planetary_core wikiPageWikiLink Asteroid_belt.
- Planetary_core wikiPageWikiLink Carbon_planet.
- Planetary_core wikiPageWikiLink Category:Planetary_geology.
- Planetary_core wikiPageWikiLink Chondrite.
- Planetary_core wikiPageWikiLink Chondritic.
- Planetary_core wikiPageWikiLink Chromium.
- Planetary_core wikiPageWikiLink Chthonian_planet.
- Planetary_core wikiPageWikiLink Core-mantle_boundary.
- Planetary_core wikiPageWikiLink Core–mantle_boundary.
- Planetary_core wikiPageWikiLink Crust_(geology).
- Planetary_core wikiPageWikiLink Crystallization.
- Planetary_core wikiPageWikiLink Dynamo_theory.
- Planetary_core wikiPageWikiLink Earthquake.
- Planetary_core wikiPageWikiLink Earths_magnetic_field.
- Planetary_core wikiPageWikiLink Exoplanet.
- Planetary_core wikiPageWikiLink GJ1214b.
- Planetary_core wikiPageWikiLink GJ436.
- Planetary_core wikiPageWikiLink Gallium.
- Planetary_core wikiPageWikiLink Ganymede_(moon).
- Planetary_core wikiPageWikiLink Gas_giant.
- Planetary_core wikiPageWikiLink Gas_giants.
- Planetary_core wikiPageWikiLink Geologic_time.
- Planetary_core wikiPageWikiLink Geologic_time_scale.
- Planetary_core wikiPageWikiLink Germanium.
- Planetary_core wikiPageWikiLink Giant_impact_hypothesis.
- Planetary_core wikiPageWikiLink Gliese_1214_b.
- Planetary_core wikiPageWikiLink Goldschmidt_classification.
- Planetary_core wikiPageWikiLink HD149026_b.
- Planetary_core wikiPageWikiLink HD_149026.
- Planetary_core wikiPageWikiLink Hadean.
- Planetary_core wikiPageWikiLink Hafnium.
- Planetary_core wikiPageWikiLink Hafnium-182.
- Planetary_core wikiPageWikiLink Half-life.
- Planetary_core wikiPageWikiLink Henry_Cavendish.
- Planetary_core wikiPageWikiLink Inner_core.
- Planetary_core wikiPageWikiLink Internal_structure_of_the_Moon.
- Planetary_core wikiPageWikiLink Iron_meteorite.
- Planetary_core wikiPageWikiLink Isotopes_of_hafnium.
- Planetary_core wikiPageWikiLink Isotopes_of_tungsten.
- Planetary_core wikiPageWikiLink Jupiter.
- Planetary_core wikiPageWikiLink Kelvin.
- Planetary_core wikiPageWikiLink Lithophile_element.
- Planetary_core wikiPageWikiLink Magma.
- Planetary_core wikiPageWikiLink Magnetic_field.
- Planetary_core wikiPageWikiLink Mantle_(geology).
- Planetary_core wikiPageWikiLink Mars.
- Planetary_core wikiPageWikiLink Mercury_(planet).
- Planetary_core wikiPageWikiLink Metallic_hydrogen.
- Planetary_core wikiPageWikiLink Millisecond_pulsar.
- Planetary_core wikiPageWikiLink Moon.
- Planetary_core wikiPageWikiLink Niobium.
- Planetary_core wikiPageWikiLink Outer_core.
- Planetary_core wikiPageWikiLink Oxidation.
- Planetary_core wikiPageWikiLink Oxygen.
- Planetary_core wikiPageWikiLink P-wave.
- Planetary_core wikiPageWikiLink PSR_J1719-1438.
- Planetary_core wikiPageWikiLink Pallasite.
- Planetary_core wikiPageWikiLink Perovskite.
- Planetary_core wikiPageWikiLink Phase_transition.
- Planetary_core wikiPageWikiLink Phosphorus.
- Planetary_core wikiPageWikiLink Planet.
- Planetary_core wikiPageWikiLink Planetary_differentiation.
- Planetary_core wikiPageWikiLink Planetary_embryo.
- Planetary_core wikiPageWikiLink Planetesimal.
- Planetary_core wikiPageWikiLink Planetesimals.
- Planetary_core wikiPageWikiLink Potassium.
- Planetary_core wikiPageWikiLink Potassium-40.
- Planetary_core wikiPageWikiLink Protoplanet.
- Planetary_core wikiPageWikiLink Redox.
- Planetary_core wikiPageWikiLink Refractory_metal.
- Planetary_core wikiPageWikiLink Refractory_metals.
- Planetary_core wikiPageWikiLink Saturn.
- Planetary_core wikiPageWikiLink Siderophile_element.
- Planetary_core wikiPageWikiLink Siderophile_elements.
- Planetary_core wikiPageWikiLink Silicate.
- Planetary_core wikiPageWikiLink Silicon.
- Planetary_core wikiPageWikiLink Solar_System.
- Planetary_core wikiPageWikiLink Structure_of_the_Earth.
- Planetary_core wikiPageWikiLink Sulfur.
- Planetary_core wikiPageWikiLink Tantalum.
- Planetary_core wikiPageWikiLink Theia_(hypothetical_planet).
- Planetary_core wikiPageWikiLink Theia_(planet).
- Planetary_core wikiPageWikiLink Tungsten.
- Planetary_core wikiPageWikiLink Tungsten-182.
- Planetary_core wikiPageWikiLink Vanadium.
- Planetary_core wikiPageWikiLink Venus.
- Planetary_core wikiPageWikiLink Viscosity.
- Planetary_core wikiPageWikiLink Water.
- Planetary_core wikiPageWikiLink White_dwarf.
- Planetary_core wikiPageWikiLink Zagami.
- Planetary_core wikiPageWikiLink File:Terrestial_Planets_internal_en.jpg.
- Planetary_core wikiPageWikiLinkText "Core".
- Planetary_core wikiPageWikiLinkText "Earth's Core".