Difference between revisions of "KREEP"

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{{Stub}}<br/>Some of the following information may be taken from outdated sources and may be incorrect.  You can help ''Lunarpedia'' by correcting it<br/><br/>
KREEP is an acronym used in geochemistry to represent a mixture of K-[[potassium]], REE-[[rare earth elements]], and P-[[phosphorus]].  Many scientists consider this component of lunar rocks to be the remnant of a magma ocean which is widely accepted to have covered the surface of the moon approximately 4.5 billion years ago after the moon formed from debris cast out in a cataclysmic collision between earth and another celestial body.
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KREEP is an acronym used in geochemistry to represent a mixture of K-[[potassium]], REE-[[rare earth elements]], and P-[[phosphorus]].  It is not only the main source of these elements on the moon, but also many other trace elements such as uranium, thorium, fluorine, chlorine, and zirconium.  Many scientists consider this component of lunar rocks to be the remnant of a magma ocean which is widely accepted to have covered the surface of the moon approximately 4.5 billion years ago after the moon formed from debris cast out in a cataclysmic collision between earth and another celestial body.
  
 
KREEP is a composite of what scientists term "incompatible elements": elements which cannot fit into the crystal structures formed by cooling magma and are left floating on the surface.  It is considered a convenient tracer for researchers seeking to chronicle the volcanic history of the lunar surface, as well as impacts of celestial bodies.
 
KREEP is a composite of what scientists term "incompatible elements": elements which cannot fit into the crystal structures formed by cooling magma and are left floating on the surface.  It is considered a convenient tracer for researchers seeking to chronicle the volcanic history of the lunar surface, as well as impacts of celestial bodies.
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*[http://66.225.140.1/minsci/future/geomoon.htm Mining in Manitoba: Lunar Geology]
 
*[http://66.225.140.1/minsci/future/geomoon.htm Mining in Manitoba: Lunar Geology]
 
*[http://en.wikipedia.org/wiki/KREEP Wikipedia]
 
*[http://en.wikipedia.org/wiki/KREEP Wikipedia]
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*[http://www.asi.org/adb/06/09/03/02/089/lunar-prospector.html Artemis Data Book: Lunar Prospector]
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[[Category:Seleneology]]
 
[[Category:Seleneology]]

Revision as of 11:47, 14 February 2007

This article is a stub. You can help Lunarpedia by expanding it or sorting it into the correct stub subcategory.


Some of the following information may be taken from outdated sources and may be incorrect. You can help Lunarpedia by correcting it

KREEP is an acronym used in geochemistry to represent a mixture of K-potassium, REE-rare earth elements, and P-phosphorus. It is not only the main source of these elements on the moon, but also many other trace elements such as uranium, thorium, fluorine, chlorine, and zirconium. Many scientists consider this component of lunar rocks to be the remnant of a magma ocean which is widely accepted to have covered the surface of the moon approximately 4.5 billion years ago after the moon formed from debris cast out in a cataclysmic collision between earth and another celestial body.

KREEP is a composite of what scientists term "incompatible elements": elements which cannot fit into the crystal structures formed by cooling magma and are left floating on the surface. It is considered a convenient tracer for researchers seeking to chronicle the volcanic history of the lunar surface, as well as impacts of celestial bodies.

KREEP is kicked up in the "splash out" produced in impacts taking place on or in close proximity to basaltic lava flows. Some of this splash out was brought back by the Apollo 15 mission in fragments generally smaller than 1cm. These samples are believed to have originated after the impact which formed the Imbrium basin[1].

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