This is a simple essay explaining the Bowen Reaction Series.

Works Cited: Chernicoff & Fox Essentials of Geology, Ghaly Basic Geosciences Illustrations For all Levels The Bowen chemical reaction Series In 1922, Norman Levi Bowen and his colleagues determined the sequence in which silicate minerals solve as magma cools (Chernicoff 56). This work made it possible to total a complex set of geochemical relationships, called Bowens Reaction Series. This series shows that silicate mineralscancrystallize from mafic magmas in two ways, in a noncontinuous series or a continuous series. Iron and magnesium rich silicates(ferromagnesian) crystallize one after other in a specific sequence (Chernicoff 56). Because each successive reference of this mineral crystalised differs from the one that came before it, this advancement is called the discontinuous series. In the discontinuous series the first ferromagnesian mineral to crystallize is olivine. Olivine has a confused silica content and a relatively simple coordinate of independent tetrahedra (Chernicoff 56). At the same temperatures as the olivine and the pyroxenes crystallize, so does the atomic number 20 feldspar. As these crystals continue to interact with the remaining liquid, sodiumions from the liquid magma alternate the calcium ions in the calcium feldspar (Chernicoff 57). Eventually the crystals atomic number 18 completely converted to sodium feldspar. Because one type of ion is macrocosm replaced by a similar ion; the inner(a) structure does not change. This progression is called the continuous series (Chernicoff 57).

After both minerals from the discont inuous series and the continuous series hav! e crystallized completely from an ab initio mafic magma, less than 10% of the original liquid remains (Chernicoff 57). Depending on its composition, this liquid whitethorn now contain higher concentrations of silica, potassium, and aluminum. In such a case, potassium feldspar, potassium-aluminum mica, and quartz are the be given minerals to crystallize (Cherincoff 57). Higher Temperature: Basic Magma Olivine Anorthite Bytownite Pyroxene Labradorite Amphiboles Andesine Oligoclase Biotite Albite Orthoclase Muscovite Quartz... If you want to get a well(p) essay, order it on our website: BestEssayCheap.com

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