Webnoun An element, such as magnesium, aluminum, sodium, or iron that tends to concentrate in silicate minerals such as igneous rocks in the earth's crust and mantle. American Heritage Advertisement Other Word Forms of Lithophile Noun Singular: lithophile Plural: lithophiles Origin of Lithophile German lithophil litho- litho- -phil -phile Web1 dec. 2024 · They are also strongly lithophile, meaning that interpretations are not obscured by metal or sulfide separation in the nebula or planetary cores. Because of its high abundance, K has been the focus of several recent isotopic studies that tried to understand the reason why MVEs are depleted in planetary bodies ( 11 – 16 ).

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WebLithophile elements are those that remain on or close to the surface because they combine readily with oxygen, forming compounds that do not sink into the Earth's core. WebThey found that the large ion lithophile and light rare earth elements, especially K, Rb, Pb, Th, U, Zr and Nb correlated positively with terrigenous components, such as mica, rutile, tourmaline and zircon and with the maturity index of a sedimentary rock, while ferromagnesian elements Fe, Ti, Mn, Se and V and small cations Na, Ca and Sr … ontario oas application

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WebLithophile literally means "rock-loving". Most lithophile elements form very stable ions with an electron configuration of a noble gas (sometimes with additional f-electrons). The few that do not, such as silicon, phosphorus and boron, form extremely strong covalent bonds with oxygen - often involving pi bonding . Web1 jan. 2014 · REEs are lithophile, meaning they are enriched in the earth's crust, but in living systems they are found in traces. In fact, most REEs exist in the earth's crust at higher concentration, ... Weblithophile in American English (ˈlɪθəˌfail) Geology adjective 1. (of a chemical element) concentrated in the earth's crust, rather than in the core or mantle noun 2. a lithophile … ontario oas eligibility